KME Architectural Metals Product Range ZINKMETAL · 2012. 1. 31. · KME Architectural Metals GmbH & Co.KG — Product Range 1 2 4 5 6 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23

Rainwater systemsRoof and façade cladding

KME Architectural Metals GmbH & Co. KG – Product Range [GB] Member of theKME Group

KME Architectural Metals

Product Range

TECU ® ZINKMETAL® Titanium zinc – pre-weathered FalZinc® AluminiumStainless Steel

KME_AM_ProductRange_EN_final.indd 1 13.11.2009 13:35:39 Uhr

KME Architectural Metals is the merger of the companies FRICKE, TERRES and RIMA under the name ARKITA®. As a qualified supplier of metal we deliver finished products and semi-finished products (sheets and strips) from one source.

Our partners are tradespeople in Germany and the neighbouring countries. Whichever type of metal for roof and façade is needed and however it is processed, when and where – we are prepared to deliver it: quickly, flexibly, capably.

KME Architectural Metals GmbH & Co. KG is a subsidiary of KME Germany AG & Co. KG a qualified manufacturer of plumbing products for the building industry. Expert knowledge concerning the manufactu-ring of rainwater system products as well as roof – and façade cladding has existed for years and is well known domestically and abroad.

As a full line provider KME Architectural Metals offers a remarkably complete range for tradespeople which last but not least is charac-terised by the variety of the materials used and their surfaces. The supply takes place via the respective specialised trade.

KME Architectural Metals offers a consulting service for all issues concerning roof – and façade technology. Our qualified staff is happy to assist you with the planning of upcoming projects.


1KME Architectural Metals GmbH & Co. KG — Product Range

2

45

689

10111213141516

171819202122232425

26272829

30333435363738394041

424344

1

Rainwater systemsRoof– and façade cladding

KME Architectural Metals GmbH & Co. KG Product Range

TECU ® ZINKMETAL® Titanium zinc - pre-weathered FalZinc® AluminiumStainless Steel

Rolled products for the building industryTECU® sheets and stripsRolled products sheetsRolled products strips

Rainwater systems

GuttersDownpipesBox section guttersGutter bracketsProfiled gutter bracketsPipe bracketsGutter stop endsGutter outlets , hoppersElbowsStandpipe caps, semi beads, down pipe - reducersDownpipe flaps, water collectorGutter cornerExpansion jointsGutter bracket – cover plateGutter-connectorsLeaf guardStandpipesStandard building profilesNon-standard profiles

Materials

TECU® – surfaces and alloysTECU® copperTitanium zinc surfaces, FalZinc®

Titanzink and FalZinc®

Systems for roof– and façade cladding

Pre-cut folded sheetsFaçade sheetsSystem shinglesSystem rhomboidsCassettesPanelsPanels, pipe-formedNon-standard façade systemsVision TECU®

TECU® Bond

ServiceConsultancy and trainingLogistics; warranty

Overview of rainwater systems


2 KME Architectural Metals GmbH & Co. KG — Product Range

Thickness in mm Width x Length in mm

TECU® Classic copper bright rolled, half hard 0.60 / 0.70 / 0.80 / 1.00 1000 x 2000

1000 x 3000

0.50/0.65/1.20/1.50 on request other measurements and quantities up to 1,000 kg on request

copper bright rolled, soft 0.60 / 0.70 / 0.80 / 1.00 1000 x 2000

0.50 / 1.20 / 1.50 on request other measurements and quantities up to 1,000 kg on request

copper bright rolled, middle format 0.70/0.80/1.00 1250 x 2500

1.50 on request other measurements and quantities up to 1,000 kg on request

TECU® Patina copper, green patinated 0.70 / 1.00 600 x 2000 / 3000

0.80 / 1.00 on request 670 x 2000 / 3000

1000 x 2000 / 3000

other measurements and quantities up to 1,000 kg on request

TECU® Oxid copper anthracite brown oxidised 0.70 600 x 2000 / 3000

670 x 2000 / 3000

0.60 on request 1000 x 2000 / 3000


TECU® Zinn copper, zinc coated 0.70 600 x 2000 / 3000

670 x 2000 / 3000


TECU® Brass copper brass, Alloy made of copper and zinc

0.70 / 1.0 1000 x 2000 / 3000

1000 x 2000 / 3000

quantities of up to 1,000 kg on request

TECU® Bronze copper alloy made of copper and tin 0.70 / 1.0 670 x 2000 / 3000


TECU® Gold copper alloy made of copper and aluminium 0.70 / 1.0 600 x 2000 / 3000

670 x 2000 / 3000

0.50 on request quantities of up to 1,000 kg on request

Vision TECU®

_flatmesh_mesh_punch

expanded grate/rib mesh/perforated sheet made of copper, brightly rolled other materials on request

_flatmesh: 0.70 / 1.0 expanded grate 1000 x 2000/3000

_mesh: rib mesh on request 1000 x 2000

_punch: 1.0 perforated sheet 5/8 1000 x 2000


TECU® Bond copper brightly rolled, composite material 4.0 1000 x 3000


Rolled products for the building industryTECU® sheets




TECU® Classic copper brightly rolled, half -hard 0.60 / 0.70 / 0.80 / 1.00 200 / 250 / 333 / 400 / 500 / 600 / 670 / 1000

plumber coils up to 30 m


copper brightly rolled, façade quality 0.70 600



TECU® Oxid copper, anthracite brown oxidised 0.70 600 / 670 / 1000

0.60 on request plumber coils up to 30 m


TECU® Zinn copper, zinc coated 0.70 600 / 670



TECU® Gold copper alloy made of copper and aluminium 0.70 / 1.0 0.50 on request

600 / 670



Rolled products for the building industryTECU® strips




ZINKMETAL® Titanium zinc brightly rolled 0.65 / 0.70 / 0.80 / 1.00 1000 x 2000

1000 x 3000


Titanium zincpre-weathered

QUARTZ 0.70 / 0.80 / 1.00 1000 x 2000

1000 x 3000


NOVA 0.70 / 0.80 / 1.00 1000 x 2000

1000 x 3000


ANTHRA 0.70 / 0.80 / 1.00 1000 x 2000

1000 x 3000

quantities up to 1,000 kg on request

Titanium zincbrightly rolled

perforated sheet 5/8 0.70 / 1.00 1000 x 2000


expanded grate 0.70 / 1.0 expanded grate 1000 x 2000


Aluminiumbrightly rolled

0.70 / 1.00 1000 x 2000

1000 x 3000


expanded grate 0.70 / 1.0 expanded grate 1000 x 2000


perforated sheet 5/8 0.70 / 1.00 1000 x 2000


Aluminium FalZinc®

with zinc surface0.70 600 / 670 x 2000

600 / 670 x 3000


Zinc-coated steel 0.63 / 0.70 /1.00 1000 x 2000

other thicknesses on request 1000 x 3000


Titanium zinc-, aluminium – and galvanisedrolled steel products for the building industrySheets




ZINKMETAL® Titanium zinc brightly rolled 0.65 / 0.70 / 0.80 / 1.00 200 / 250 / 333 / 400 / 500 / 600 / 670 / 1000


other measurements on request quantities up to 1,000 kg on request

Titanium zincpre-weathered

QUARTZ 0.70 / 0.80 / 1.00 200 / 250 / 333 / 400 / 500 / 600 / 670 / 1000



NOVA 0.70 / 0.80 / 1.00 200 / 250 / 333 / 400 / 500 / 600 / 670 / 1000



ANTHRA 0.70 / 0.80 / 1.00 200 / 250 / 333 / 400 / 500 / 600



Aluminium brightly rolled 0.70 / 0.80 / 1.00 200 / 250 / 333 / 400 / 500 / 600 / 670 / 1000



FalZinc® aluminium with zinc surface 0.70 / 1.00 600 / 670



Zinc-coated steel 0.63 / 0.70 1000 / 1250


other thicknesses on request quantities up to 1,000 kg on request

Titanium zinc-, aluminium- and galvanisedrolled steel products for the building industryStrips



Guttersaccording to DIN EN 612



10

e

a

d

s

c

This type of drain pipe in the form of an eaves gutter is the most common design. The half-round type offers fluidically favourable conditions for the drainage of the water. The rounded pipe body always leads the water into the middle, so that even with a low quantity of flow the deposit of soiling such as foliage etc. will be avoided to a large extent. Concerning the material utilisation, the semi-circle is also the most beneficial form. This also applies to stability in relation to mechanical demands, as for example the formation of ice.

The predominant part of all gutters made by KME Architectural Metals GmbH & Co. KG are manufactured with a patent-registered bulge cutout as an integrated fit-up aid.

In order to link gutters with an ideal soldering gap and without a subsequent deformation as well as to provide for a perfect run of the drain pipe, it has been so far necessary to cut out the edge of the bulge. This additional work step is now omitted.

Half-round gutters with bulge cutout

Cop

per

Tita

nium

zi

nc

Nom

inal

mea

sure

/

cutt

ing

[mm

]

Num

ber o

f par

ts p

rodu

ced

Dra

in p

ipe

cros

s se

ctio

n [c

m2 ]

a (+

2 m

m)

c (+

2 m

m)

d (±

1 m

m)

e (+

2 m

m)

Nom

inal

thic

knes

s

[mm

]

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Tita

nium

zin

c br

ight

ly r

olle

d

Tita

nium

zin

c pr

e-w

eath

ered

200 10 25 48 56 16 80 0.6 •

0.65 •

0.7 • •

250 8 43 62 53 18 105 0.6 •

0.65 •

0.7 • •

0.8 •

280 7 63 73 84 18 172 0.6 • •

0.65 •

0.7 • • • • •

0.8 • •

333 6 92 87 98 20 153 0.6 • •

0.7 • • • • •

0.8 • •

400 5 145 107 118 22 192 0.7 • • • • •

0.8 •

500 4 245 136 157 22 250 0.7 • •

0.8 •

Delivery form (mm)3000/5000/6000/ fixed lengths on request



Downpipes accordingto DIN EN 612

Cop

per

Tita

nium

zinc

Nom

inal

siz

e [m

m]

Num

ber

of p

arts

pr

oduc

ed

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Tita

nium

zin

c

brig

htly

rol

led

Tita

nium

zin

c

pre-

wea

ther

ed

Thicknesses [mm]

Downpipe, round 50 12 0.6* 0.65*

60 10 0.6 0.65

76 8 0.6/0.7

0.65 0.7

80 0.6 0.7* 0.6* 0.7* 0.65 0.7

87 7 0.6/0.7

0.65/0.7

0.7

100 6 0.6/0.7

0.7* 0.6* 0.7* 0.65/0.7

0.7

120 5 0.7 0.7* 0.6* 0.7* 0.7 0.7

150 4 0.7* 0.7*

Downpipe, square 60 x 60 8 0.6 0.65

80 x 80 6 0.7 0.65

100 x100 5 0.7 0.7

* Gutters longitudinal joint seamed

Concerning the respective type of drain pipe there are round as well as quadratic downpipes available in different measurements. Standard lengths for a round downpipe are 2 and 3 m. Quadratic downpipes are only available with a length of 2m.

Nowadays downpipes are mainly manufactured with a butt-welded longitudinal joint. Due to the barely visible welded joint the pipes are thick and visually perfect. A pipe coupling with an insertion depth of 50 mm is affixed to one side of the cylindrical pipe.

Downpipes according to DIN EN 612

Gutter-connectorsThe alternative for the expanding of welded gutters is available in copper and titanium zinc in all established nominal sizes.



b

a c

d

>10

6

s

Box section gutters are also used as eaves gutters. Their shape is in the first instance dominated by creative deliberations. Because due to the flat design of the drain water course their fluidic characteristics are less favourable than the half-round construction, therefore they should always be assembled with a sufficient gradient.

Box section gutters

Box section gutters

Cop

per

Tita

nium

zinc

Nom

inal

siz

e/cu

ttin

g[m

m]

Num

ber

of p

arts

pr

oduc

ed

Dra

in p

ipe

cros

s se

ctio

n [cm

2 ]

a (±

1 m

m)

b (–

1 m

m)

c (±

1 m

m)

d (±

1 m

m)

Nom

inal

thic

knes

s[m

m]

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Tita

nium

zin

c br

ight

ly r

olle

d

Tita

nium

zin

c pr

e-w

eath

ered

200 10 29 42 70 50 16 0.6 •

0.65 •

250 8 47 55 85 65 18 0.6 •

0.65 •

0.7 •

333 6 90 75 120 85 20 0.6 •

0.7 • • • • •

0.8 • •

400 5 135 90 150 100 22 0.7 • •

0.8 • •

500 4 220 110 200 130 22 0.7 • •

0.8 •



Eaves half-round and box section gutters are fixed on the fascia board or the rafter with the respective gutter brackets. Gutter brackets can either be supplied as key and slot (NFH) or with two slots (FFH). The drain pipe is held in the bulge by the pipe slots or by the key of the gutter bracket. Gutter brackets with two slots are slightly easier to fix and besides offer a less complicated change concerning seamed roofs. Due to the continuous bulge key-/slot holders offer a better visual overall picture.

The solid copper-made gutter brackets offered by KME Architectural Metals GmbH & Co. KG comply with the highest load case – H – for heavy applications of load demanded by DIN EN 1462.

In relation to predominantly uncommon climatic conditions and special regulations by the building authorities special types of gutter brackets that exceed the listed specifica-tions in the table might be required. As load-bearing build-ing components, special demands concerning corrosion resistance exist. KME Architectural Metals GmbH & Co. KG exclusively delivers gutter brackets made of solid copper in the highest corrosion protection class – A - as well as hot – dip galvanised steel brackets of class – B - according to DIN EN 1462.

Gutter brackets according to DIN EN 1462

Cop

per

Stee

l

Form

Num

b. o

f par

ts p

rod.

Nom

inal

siz

e[m

m]

Leng

th[m

m]

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Hot

-tip

gal

van.

ste

el

Half-round gutter brackets according to DIN EN 1462

1500 Half-round gutter bracket, NFH, load case: H

10 200x25x4 230 • •

8 250x25x4 280 • •

7 280x30x4 290 • •

7 280x30x5 290 •

6 333x30x5 300 • •

6 333x40x5 300 •

5 400x30x5 340 • •

5 400x40x5 340 •

4 500x40x5 375 • •

1505 Profiled bracket, half-round, NFH, load case: H

6 333 300 •

1509 Profiled bracket, half-round, FFH, load case: H

7 280 290 • • • •

6 333 300 • • • •

1510 Gutter bracket half-round, FFH, load case: H

10 200x25x4 230 • •

8 250x25x4 280 • • • • •

7 280x30x4 290 • •

7 280x30x5 290 •

6 333x30x5 300 • • • • •

6 333x40x5 300 •

5 400x30x5 340 • • • • •

5 400x40x5 340 •

4 500x40x5 375 • •

1511 Gutter bracket, half-round, FFH, excess length, load case: H

7 280x30x5 620 •

6 333x30x5 620 •

1512 Support bracket, half-round

8 250 • •

7 280 • •

6 333 • •

Box-shaped gutter brackets

1550 Box gutter bracket, NFK

10 200x25x4 230 • •

8 250x25x4 280 • •

6 333x30x5 300 • •

5 400x30x5 330 • •

4 500x40x5 350 • •

1560 Box gutter bracket, FFK

10 200x25x4 230 • •

8 250x25x4 280 • •

6 333x30x5 300 • •

5 400x30x5 330 • •

4 500x40x5 350 • •

Special gutter bracket

1570 6 333x40x5 300 • •

Gutter bracketsaccording to DIN EN 1462



1

2

3

4

5

6

7

Profiled gutter bracketsPatented, made of solid copper according to DIN EN 1462

Due to its statically favourable design and due to the high strength of materials developed in the rolling process the profiled gutter bracket fulfils all demands of DIN EN 1462 with optimal material savings. This was confirmed in a test carried out by the independent institute tBu, department of building elements.

Due to the high test load of 750 N the gutter brackets belong to the highest load carrying capacity class (H) according to DIN EN 1462. The use of solid copper leads to the highest corrosion resistance class (A).

Other advantages• Light• Good value• Easy to install• Appealing design

AssemblyDue to the retention of the external dimensions there are no problems with the assembly using common tools. All known assembly techniques are applicable without restriction.

1. Profile cross section2. Profiled gutter bracket NFH and FFH3. Measurement grid 4. Bending tool5. Mark on the bottom of the bracket6. Countersink of the nail- and screw-heads7. Stamp

The measurement grid above the second slot (ill. 3) alleviates the on-site bending of the gutter bracket with a bending tool (ill. 4). A further mark on the bottom of the gutter (ill.5) contributes to the safe de-cording of the brackets. Due to the lowered profiling in the fixing section of the gutter bracket a natural countersink of the nail-and screw-heads will occur (ill.6). With the stamp (ill.7) we document the quality of the gutter bracket.



Pipe brackets

Due to reasons of stability the distance of a pipe bracket to one other may not exceed 3 m having a pipe intersection of up to 100 mm, and with a larger intersection it may add up to 2 m at the most. A minimum distance to the wall of 20 mm alleviates the assembly and avoids dirt caused by foliage or spider webs. In order to avert the slipping of rainwater pipes of all individual lengths one ought to arrange bulges or keys above the pipe brackets.

Pipe brackets

Cop

per

Stee

l

Form

Nom

inal

siz

e[m

m]

Num

ber

of p

arts

pro

duce

d

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Stee

l gal

vani

sed

1580 Pipe bracket, round, with spike, 140 mm

50 12 • •

60 10 • •

76 8 • •

80 • •

87 7 • •

100 6 • •

120 5 • •

150 4 • •

1582 ipe bracket, round, with thread, 100 mm

80 • • •

100 6 • • •

120 5 • • •

1584 Pipe bracket, round, with M 10- thread

60 10 • •

76 8 • •

80 • •

87 7 • •

100 6 • •

120 5 • •

1587 Screws M10 x100 • •

M10 x 200 • •

1588 Collar pins M10 x100 • •

M10 x 200 • •

1590 Downpipe bracket, square line

60 x 60 8 • •

80 x 80 6 • •

100 x100 5 • •



1

2

3

Gutter stop ends complete the gutter. They are offered as flat – and quarter ball – tails. The connection to the gutter is preferably carried out by means of soldering or seaming.

The universal stop end allows for a fast and safe assembly without soldering. By this method materials that can only be soldered to a limited extent such as TECU® Patina can also be connected to the gutter by seaming the universal stop end. With its utilisation on both sides, it is applicable to the left as well as to the right hand of the gutter respectively improving the support and the possible application. The sealing ability of the seamed end pieces is altogether sufficient. An absolute sealing can be accomplished by the insertion of a sealant before or after assembly.

Assembly1. Bend up the water edge with pliers.2. Hit the stop end onto the gutter by using a hammer. Thereby the end of the gutter should join the seaming pocket on a length of 3-5 mm at about 90°.3. Afterwards firmly press together the seam by using the pliers.

Gutter stop ends

Cop

per

Tita

nium

zi

nc

Nom

inal

siz

e[m

m]

Num

ber

of p

arts

pro

duce

d

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Tita

nium

zin

c br

ight

ly

Tita

nium

zin

c pr

e-w

eath

ered

1031-1032 Stop end, half-round, flat, left hand/right hand,for soldering

200 10 • •

250 8 • • • •

280 7 • •

333 6 • • • •

400 5 • • • •

500 4 • •

1035 Universal stop end, half-round, for seaming

250 8 •

280 7

333 6 •

400 5 •

1040 Quarter ball – stop end

250 8 • •

280 7 • •

333 6 • •

400 5 • •

1051-1052 Special gutter stop endLeft hand/right hand, for soldering

400 5 • •

500 4 • •

1161-1162 Box section stop end, flat, left hand/right hand, for soldering

200 10 • •

250 8 • • •

333 6 • • • • •

400 5 • •

500 4 • •

1066 Universalbox section stop end, for seaming

333 6 • • • •

Gutter stop ends



In order to receive fluidically good value for the calculation of the gutter according to DIN EN 12 056-3 it is urgently demanded to make use of a funnel-shaped outlet or a hopper. Also in order not to block the expansion of the gutter funnel-shaped suspension, outlets and hoppers are to be recommended. Other outlets should only be used with over dimensioned gutters.

Gutter outlets,hoppers

Cop

per

Tita

nium

zi

nc

Nom

inal

siz

e[m

m]

Num

ber

of p

arts

pr

oduc

ed

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Tita

n. zi

nc b

right

ly ro

lled

Titan

. zin

c, p

re-w

eath

ered

1190 Outlet for soldering, for half-round gutter and round downpipe

50 12 • •

60 10 • •

76 8 • •

80 – • •

87 7 • •

100 6 • •

120 5 • •

1200 Box outlet, round, for soldering, for box section gutter and round downpipe

50 12 • •

60 10 • •

76 8 • •

80 • •

87 7 • •

100 6 • •

120 5 • •

1210 Box outlet, square, for soldering, for box-shaped gutter and square downpipe

60/60 8 • •

80/80 6 • •

100/100 5 • •

1220 Outlet, form G, with star

250/76 8/8 • • •

250/80 8/– • • • • •

280/76 7/8 • •

280/80 7/– • • •

280/87 7/7 • • •

333/76 6/8 • •

333/80 6/– • •

333/87 6/7 • •

333/100 6/6 • • • • • •

400/100 5/6 • • •

400/120 5/5 • • • •

1221 Outlet, form G, without star

200/60 10/10 • •

500/150 4/4 • •

1240 Outlet for box section gutters

200/60 10/10 • •

250/76 8/8 • • •

250/80 8/– • •

333/100 6/6 • • • • • •

400/120 5/5 • •

1250 Hopper, soldered, B = 240 mm T = 240 mm H = 470 mm

76 8 • •

80 – • •

87 7 • •

100 6 • •

120 5 • •

1251 Hopper,Lowered, B = 220 mm T = 220 mm H = 300 mm

100 6 • • •

Gutter outlets,hoppers



Elbows

In order to achieve fluidically beneficial drainage at roof overhangs, elbows are predominantly applied in combination with an off cut of the downpipe in order to have a change of direction.

With its outreach of 60 mm the swan neck is optimally suitable for the bridging of spurs.

Downpipe elbows

Cop

per

Tita

nium

zi

nc

Nom

inal

siz

e[m

m]

Num

ber

of p

arts

pr

oduc

ed

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Tita

n. zi

nc b

right

ly ro

lled

Titan

. zin

c, p

re-w

eath

ered

1010 Elbow 60° 60 10 •

76 8 •

80 •

87 7 •

100 6 •

120 5 •

1011 Elbow 72° 50 12 • •

60 10 • •

76 8 • • •

80 • • • • • •

87 7 • • •

100 6 • • • • • •

120 5 • • • • •

150 4 • •

1012 Elbow 85° 76 8 • •

80 • •

87 7 • •

100 6 • •

1014 Elbow 40° 76 8 • •

80 • •

87 7 • •

100 6 • •

120 5 • •

1020 Swan neck,outreach 60 mm

76 8 • •

80 •

87 7 • •

100 6 • •

120 5 • •

1013 Pipe angle 87° 76 8 • •

80 •

87 7 • •

100 6 • •

120 5 • •

4092 Pipe branch 60/60 10/10 • •

80/80 •

100/76 6/8 • •

100/100 6/6 • •

Sectional elbows and box-section elbows on request



Downpipe caps, half beads,downpipe - reducers

Downpipe caps are available in two types fitting the downpipe cross section. The downpipe cap serves as a connection from the downpipe to the cast iron downpipe, downpipe caps without a coupling piece are used at transitions from the downpipe to the plastic sewage pipe.

The half bead, preferably riveted above the clip, averts the slipping of the downpipe within the pipe bracket.

With cross section changes from the larger to the next smaller downpipe diameter downpipe reducers can be applied.

Downpipe caps, half beads, downpipe reducers

Cop

per

Tita

nium

zi

nc

Nom

inal

siz

e [m

m]

Num

bers

of p

arts

pro

duce

d

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Tita

nium

zin

c br

ight

ly r

olle

d

Tita

nium

zin

c pr

e-w

eath

ered

1070 Downpipe cap with coupling piece

76/150 8 • •

80/150 • •

87/150 7 • •

100/150 6 • •

120/180 5 • •

1080 Downpipe cap without coupling piece

76/116 8 • • •

80/116 • • • • • •

87/116 7 • • •

100/116 6 • • • • • •

120/140 5 • • • • • •

1090 Half bead 60 10 • •

76 8 • • •

80 • • • • • •

87 7 • • •

100 6 • • • • • •

120 5 • • • • •

1270 Downpipe -reducer 100/80 6 • •

120/100 5/6 • •



Rainwater downpipe flaps,water collectors

In order to collect precious rainwater for the garden there are many systems which manually or automatically lead the rainwater from the downpipe to a suitable reservoir.

The NOWA-MATIC® rainwater downpipe flap prevents the flooding of rainwater barrels by automatically closing it at a certain previously adjusted water level. After the removal of rainwater the NOWA-MATIC® flap also reopens automatically.

1. Easy and trouble-free installation.2. Automatic closing.3. The outlet can be easily folded up during the winter

months.

Rainwater downpipe flaps,water collectors

Cop

per

Tita

nium

zi

nc

Nom

inal

siz

e

[mm

]

Num

bers

of p

arts

pro

duce

d

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Tita

nium

zin

c br

ight

ly r

olle

d

Tita

nium

zin

c pr

e-w

eath

ered

1111 Rainwater downpipe flap NOWA-MATIC®

76 8 • •

80 • •

87 7 • •

100 6 • •

120 5 • •

1112 Rainwater downpipe flap with removable outlet leafguard

76 8 • •

80 • •

87 7 • •

100 6 • •

120 5 • •

1113 Water collector with GARDENA-connection ½ inch

80 • •

100 6 • •

120 5 • •



Gutter corners

Gutter corners

Cop

per

Tita

nium

zi

nc

Nom

inal

siz

e[m

m]

Num

b. o

f par

ts p

rod.

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Tita

n. zi

nc b

right

ly ro

lled

Titan

. zin

c, p

re-w

eath

ered

1150 Gutter corner, half round, external, lowered, 300 mm leg length

200 10 • •

250 8 • • • •

280 7 • • •

333 6 • • • • •

400 5 • • • •

1152 Gutter corner, half round, external, soldered, 500 mm leg length

250 8 • • •

280 7 • • •

333 6 • • •

400 5 • • •

500 4 • •

1160 Gutter corner, half round, internal, lowered, 300 mm leg length

200 10 • •

250 8 • • • •

280 7 • • •

333 6 • • • • •

400 5 • • • •

1162 Gutter corner, half round, internal, soldered, 500 mm leg length

250 8 • • •

280 7 • • •

333 6 • • •

400 5 • • •

500 4 • •

1170 Box –section internal corner, external, lowered, 300 mm leg length

200 10 • •

250 8 • •

333 6 • • • •

400 5 • •

1180 Box section internal corner, internal, lowered, 300 mm leg length

200 10 • •

250 8 • •

333 6 • • • •

400 5 • •

Gutter corners contribute to the change of direction in the run of the gutter. Preferably the gutter corners are manufactured industrially as internal or external corners in lowered design with 300 mm leg length.

In exceptional cases, for example with non-lowerable materials, soldered gutter corners with 500 mm leg length are still manufactured. Because the internal corners virtu-ally always have to take a large amount of rainwater via the valley a hopper or a scrubber baffle should be arranged for safety reasons at this spot.



All materials for roofing are exposed to extremely strong temperature changes. At a temperature difference of 100°C the expansion of the different building materials per one metre measures approximately:• Steel 1.2 mm• Copper 1.7 mm• Titanium zinc 2.2 mm• Aluminium 2.4 mm

Experience has shown that the soldered seams or bonded joints of bituminized sheet with metal parts are especially at risk due to these material expansions. By the installation of expansion elements the change in length in the elastic middle section is selectively balanced.The high-quality rubber mixtures used are resistant to UV radiation, ozone and extreme climatic influences.

Type 1280 and 1290These are double-sided vulcanised gutter elements with panels. The ready-to-install expansion compensators are available in all standard sizes in TECU® Classic and titanium zinc (brightly rolled).

Type 1285 and 1295These types are one-sided vulcanised gutter expansion elements which are especially suitable for the use of surface–treated materials such as TECU® Patina or pre-weathered titanium zinc. We offer half-round and box section elements. The gutter expansion joints consist of 2 parts, the gutter profile with the rubber middle section which is laid above the installed un-soldered gutter seam and which is connected to the gutter by soldering its ends to it.

The expansion roll with a building width of 260 mm is mainly applied in the area of parapet – and wall coverings as well as with special measurements at internal box section gutters (shed gutters).

Recommended benchmarks for the maximum distances of expansion elements with stretched length (valid for half-round and box section gutters up to 500 mm cutting): TECU® copper / titanium zinc: 15 m.

Example of installation:Eaves copper – or titanium zinc gutter up to 500 mm cut-ting. With the use of external corners the length specifica-tions have to be halved, with internal corners the specifica-tions of length have to be quartered.

Expansion elements

Expansion elements

Cop

per

Tita

nium

zi

nc

Nom

inal

siz

e[m

m]

Num

b. o

f par

ts p

rod.

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Tita

n. zi

nc b

right

ly ro

lled

Titan

. zin

c, p

re-w

eath

ered

1280 Gutter expansion, half-round

250 8 • •

280 7 • •

333 6 • •

400 5 • •

500 4 • •

1285 Gutter expansion, half-round, one-sided vulcanised

250 10 •

280 8 • • • •

333 6 • • • •

400 5 • • •

1290 Box section gutter expansion

250 8 • •

333 6 • •

400 5 • •

500 4 • •

1295 Box section gutter expansion, one-sided vulcanised

250 8 •

333 6 • • •

1300 Expansion rollwidth: 260 mmlength: 3000 mm

260 • •

max. 7.5 mmax.15 mmax. 7.5 m

max. 7.5 m

max. 7.5 m

external corner

external corner

external corner

internal cornermax. 3.75 m

max. 7.5 m

max. 7.5 m

max. 7.5 m

max. 7.5 m



1

2 2

3

The gutter bracket – cover plate is a patented new development with which – especially with the application of special surfaces – the installation of rainwater systems becomes more cost-effective, appealing and easier.

From now on gutter bracket – cover plates made of the same material as the gutter itself are available for all copper- , zinc- and aluminium surfaces. Additionally the gutter bracket – cover plate is an ideal solution for the maintenance sector. In the future old gutters can be removed much more easily because existing gutter brackets – also with a change of material – do not have to be removed.

Here, the gutter bracket – cover plate is an ideal and technically appealing solution.

To avoid contact corrosion a standard, easy-to-install layer of stretch film is wrapped around the bracket.

InstallationHow to replace an old zinc gutter by a copper gutter as time effectively as possible:1. Wrap the old galvanised gutter bracket with stretch film

in order to protect it from contact corrosion2. Insert the copper gutter and fit the gutter bracket-cover

plate3. Readily installed gutter bracket –cover plate

Cutting 333 for all materials

Gutter bracket – cover platepatented, in all materials

Copper

Titanium zinc

TECU® Classic

TECU® Patina

TECU® Oxid

TECU® Zinn

Titanium zinc, brightly rolled

Titanium zinc, pre-weathered



1

2

3

4

The patented gutter-connector equipped with highly elastic and temperature resistant sealing is easy and fast to install. The gutter intersections are durably sealed and harmoniously fit the image of the façade. Smaller holes in the gutter and permeable soldered seams can be durably repaired within seconds.

Gutter- connectors are available in various measurements and in all standard materials and surfaces and have an essential advantage in respect to soldering - and bonding techniques:

• Durably safe sealing• Easy transition of materials which are difficult to solder• No expansion joints necessary and therefore very

cost-effective• Clean and discreet transition• Re-usable, easy to remove• Installation not subject to changes in weather• No deformation and discolouration as with soldering• Easy repair of gutters and permeable

soldered transitions• Minor setting periods• No fire hazard during installation

The gutter- connectors have been tested by the indepen-dent institute tBU department of building conservation for permeability over a simulated test period of over 20 years. All gutter-connectors made of the most different materials have passed this test.

Installation1. Screw the gutter-connector into the bulge2. Feed it onto the gutter using even pressure3. Bend overlaying ears around the water angle of the

gutter with pliers4. Ready gutter connection

Gutter-connectorspatented

Gutter-connectors

Cop

per

Tita

nium

zi

nc

Cut

ting

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

Tita

nium

zin

c br

ight

ly r

olle

d

Tita

nium

zin

c pr

e-w

eath

ered

250 • • • • •

280 • • • •

333 • • • • • •

400 • • • • •



1

2

3

4

5

6

Leaf guard

The leaf guard – system with TECU® Classic_flatmesh or Alu-Net reliably prevents the accumulation of leaves in the gutter. The principle of TECU® Classic_flatmesh is simple and convincing: the above arched gutter guard is simply laid with the aperture facing down into the gutter and is fixed with stainless steel brackets. Incoming leaves stay on the bow, are able to dry and are blown away by the wind. In this manner the inside of the gutter stays leaf-free. Rainwater can drain evenly. Even with large amounts of leaves and strong rainfalls the water drainage is guaranteed. Because the gutter guard is not situated inside the water course of the gutter, small dirt particles are unobstructedly drained off with the rainwater.

For every gutter the respective leaf guard • TECU® Classic_flatmesh: leaf guard made of copper suitable for all copper gutters• Alu-Net: leaf guard made of aluminium suitable

for all non-copper materials

Leaf guard Nominal sizes of the gutter Length

Type Half-round Box-shaped mm

1 for 200/250 200/250 2000

2 for 280/333 333/400 2000

3 for 400 2000

Packaging unit: 10 m / box with 20 fixing brackets (Pat. 19 950 472)

Installation example 1. Put the gutter guard in the previously cleaned gutter us-

ing light pressure with the strengthening support facing the roof.

2. Lead the installation bracket starting from the gutter bulge through the mesh of the gutter guard underneath the roofing tile.

3. Press the installation bracket onto the bulge of the gutter.

4. In order to achieve an even installation it is useful to overlap the next gutter guard by approximately 2-3 cm.

5. Shorten the last gutter guard with ordinary plate shears to the desired length.

6. Internal and external corners are mitre cut.



1

2

3

4

Downpipespatented

The patented downpipe consists of a KG-sewage pipe with a metal cladding. The metal cladding can alternatively be delivered made of the following materials and surfaces:

• TECU® Classic• TECU® Oxid• TECU® Patina• TECU® Zinn• Titanium zinc, brightly rolled• Titanium zinc, pre-weathered

All advantages of a common downpipe made of thick –walled copper or steel remain. Additionally an ideal price-performance ratio is achieved by the combination of the materials. At present downpipes for the nominal size DN 100 mm measuring 1.00 m length with cladding are offered.

By installing it using a cleaning pushing tool the installation as well as the possibly required cleaning is simplified. A cleaning flap is therefore not necessary. The scope of delivery contains a pipe bracket for the fixing of the downpipe and a downpipe cap for the connection of the pushing tool to the downpipe.

Assembly instructions1. After the connection of the KG – inner tube with the drainage system …2. … the downpipe cap is put on.3. The cleaning pushing tool is pushed onto the end of the downpipe.4. After the installation the standpipe in connection with the pushing tool offers a homogeneous picture.

Further information concerning our downpipe range made of galvanised steel on request.



Standard building profiles Standard building profiles are recurrent chamfers made of TECU® Classic and titanium zinc, brightly rolled, and are stock articles at KME Architectural Metals. All building profiles made of copper are available with thicknesses of 0.6 and 0.7 mm and with lengths of 2 m and 3 m. Titanium zinc building profiles are manufactured with a thickness of 0.65 and 0.7 mm and are also available with 2 m and 3 m lengths.

Eaves

0120 0310 06100210

0142 0622

0140 0410–0412 06200290

0190 0720 0530

0130 0360 06110280

0180 0710

0141 0460–0462 0621

0200 0730 0540

Eaves

Asphalt railFlint railVerge skirt metals Roof edge metals Angular sheets

Profiled termination bar

Valleys



Standard building profiles are recurrent chamfers made of TECU® Classic and titanium zinc, brightly rolled, and are stock articles at KME Architectural Metals. All building profiles made of copper are available with thicknesses of 0.6 and 0.7 mm and with lengths of 2 m and 3 m. Titanium zinc building profiles are manufactured with a thickness of 0.65 and 0.7 mm and are also available with 2 m and 3 m lengths.

Nonstandard profiles

Nonstandard profiles or non-standard chamfers can be manufactured according to drawings showing exact dimen-sions using all materials.

Standard length: max. 3000 mm (up to 6000 mm on request)Width: up to 1000 mmThickness: max. 1.5 mmSmallest chamfer: min. 10 mm

For the protection of the building, building profiles made of different materials are used. By bonding, clamping or direct bolting the profiles adapted to the building are fixed. Lengths measuring more than 3000 mm cannot be fixed directly due to the different expansion of the materials. In order to increase the stability of some profiles it is recommended to work with basis cover plates (coloured red in the drawings) made of coated steel or aluminium 1.0 mm –2.0 mm.

Larger radii can be manufactured by embossing. Hereby circular bend copper profiles are manufactured in many consecutive bending steps using a modern CNC – folding bench.

Standard building profiles are• roof ridge profiles• verges• valleys• non-standard box section gutters• window sills• cornice covers• roof borderings• eaves• wall covers• plinth profiles• attachment profiles for folding blades

In the field of architecture many possibilities are offered for applying non-standard chamfers such as horizontally, vertically, convex or concave rounded.

• roof border profiles and wall covers vertically, convex or concave rounded• window borderings vertically rounded• window sills/cornice covers horizontally rounded• Circular bend gutters



TECU® – surfaces and alloys Data sheet

1) A heavy soldering iron (min. 500 g) which delivers the necessary warmth for successful speedy soldering should be used.2) Preferably with plates up to a thickness of 0.7 mm.3) Limited use for panels and bays, for example with back bondings.4) Only for the extension of blades when using a special non-visible joining technique.

prod

uct

desc

ript

ion

form

of

deliv

ery

thic

knes

s[m

m]

form

at[m

m]

syst

ems

join

ing

tech

niqu

e

TEC

U® C

lass

ic Sheets and strips in the classic brightly rolled design form the basis of the TECU® product range. The material initially has the optical quality of a blank copper surface which in the course of time under atmospheric weathering and under the formation of oxide develops into a dark brown surface. Later the well-known patina green colour, which grants buildings its characteristic look over many decades, gradually develops on angled surfaces.

sheets 0.6 / 0.7 / 0.8 / 1.0 / 1.5 / 2.0

1000 x 20001000 x 3000

rainwater systembuilding profilesfolding techniquepanels

soft-soldering 1)

hard-solderingrivetingweldingjoining

strips 0.6 / 0.7 / 0.8 / 1.0

200 / 250 / 333 /400 / 500 / 600 /670 / 800 / 1000

cassettesshingles

TEC

U® O

xid For the creation of this surface copper sheets and –strips are pre-oxidised

on both sides using a procedure which has been developed by KME and is covered by patents. In this manner the initially blank phase is bridged in order to be able to use the dark brown oxide layer during on –site -installation immediately. The colouration is not artificially but naturally produced from the copper and further develops under atmospheric weathering .

sheets 0.6 / 0.7 600 / 670on request

cassettesshingles

soft-soldering 1)

hard-solderingrivetingweldingjoiningfolding 2)

bonding 3)

strips 0.6 / 0.7 600 / 670

TEC

U® P

atin

a In a specially designed industrial procedure copper sheets are pre-patinated green on one side. The oxide layer which has been generated from the copper corresponds to the green patina which has developed as a result of atmospheric influences over a long period of time. Right from the start TECU® Patina lends the roof or the façade an optical impression of the characteristic copper patina green.

sheets 0.7 600 x 2000 / 3000600 x 2000 / 30001000 x 2000 / 3000

rainwater systembuilding profiles folding techniquepanelscassettes shingles

soft-soldering 1)

rivetingwelding 4)

joiningfolding 2)

bonding 3)

1.0 1000 x 2000 / 3000further formats on request

TEC

U® Z

inn The warm matt-finished grey colour blends well with many other materials.

Specially surface-treated copper strips are tin-plated on both sides; the so produced surface further develops in the course of time through atmospheric weathering. TECU® Zinn unites two outstanding materials to one extremely durable product with a unique aesthetic impression which offers solutions for many applications.

sheets 0.6 / 0.7 600 / 670on request

rainwater systembuilding profiles folding techniquepanelscassettes shingles

soft-soldering 1)

rivetingjoiningfolding 2)

bonding 3)

strips 0.6 / 0.7 600 / 670

TEC

U® B

rass TECU® Brass is a surface made of brass, an alloy made of copper and zinc.

The initially red-golden colour develops very vividly and with its very own characteristic during free weathering. After primary matting a green-brown colour develops which later gradually descends via a grey-brown colour to a dark-brown anthracite shade. Eventually a patina layer with its own characteristic forms at tilted surfaces.

sheets 0.7 / 1.0 1000 x 20001000 x 3000

building profilespanelscassettesshingles

soft-soldering 1)


bonding 3)

TEC

U® B

ronz

e TECU® Bronze is an alloy made of copper and tin. Under free weathering the warm auburn colour of this surface presents a very typical development in terms of colour. After a brown-red oxidation of the surface with a brown-grey colourisation of the material base the colourisation of the material towards a dark-brown anthracite colour gradually takes place. The following formation of patina happens considerably more slowly than with classic copper.

sheets 0.7 / 1.0 670 x 2000 building profilespanelscassettesshingles

soft-soldering 1)


bonding 3)

TEC

U® G

old TECU® Gold consists of a copper-aluminium alloy. Under free weathering

the primarily green-golden colour develops via a green-yellow colour to a matt-finished golden colour. A further colourisation through patina procedures at façade surfaces hardly develops.

sheets 0.7 / 1.0 670 x 2000 building profilespanelscassettesshingles

soft-soldering 1)

rivetingjoiningbonding 3)

Visi

on T

ECU

® _flatmesh: design expanded grate sheets 0.7 / 1.0 1000 x 2000 / 3000 building profilespanelscassettes

soft-soldering 1)

_mesh: design rib mesh 1.2 on request

_punch: design perforated sheet 1.0 670 / 1000 x 2000

TEC

U® B

ond A composite material with a brightly rolled copper surface and many further

decisive advantages: extensive, even, torsion-stiff, with optimised weight, little heat expansion and a high mechanical stability against wind loads, gusts and pressure.

4.0 1000 x 3000 cassetteswindow sillswall covers



KME Architectural Metals GmbH & Co. KG only processes TECU® copper from its parent company KME Germany AG & Co. KG. KME produces copper products for roofs and façades under the brand name TECU®. Available in a classic copper red, a pre-oxidised brown, a pre-patinated green, a tin-coated grey or in the new materials TECU® Gold, TECU® Brass and TECU® Bronze the material copper is handling-friendly and durable as would be expected. The natural surfaces offer various combination possibilities with other on-site materials.

Among metals in the construction sector copper has the highest durability because it is corrosion–resistant against atmospheric influences and against influences from the inside of the building. It is not susceptible to back side cor-rosion. The installation of difficult details is also smoothly possible with temperatures below 0°C.

Physical characteristicsThickness: 8.93 kg/ dm 3

Coefficient of expansion: Lt at 100 K (∆t) = 1.7 mm/m

Ordering exampleMaterial: TECU®

Surface: TECU® ClassicDescription: strips according to DIN EN 1172Strip width: 600 mmMaterial thickness: 0.7 mmStrip length: approx. 30 mCoil weight: approx. 112 kgOptional: Coil inner diameter: 500 mm

TECU® copper



Prod

uct

Des

crip

tion

Form

of

deliv

ery

Thic

knes

s[m

m]

Form

at[m

m]

Syst

ems

Join

ing

tech

niqu

e

Tita

nium

zin

c,

brig

htly

rol

led Zinc alloyed with copper and titanium with a metallic blank surface.

During free weathering a natural water-insoluble protective layer of basic zinc carbonate develops.

sheets 0.65 / 0.7 / 0.8 / 1.0

1000 x 20001000 x 3000

rainwater systemsbuilding profilesfolding techniquepanelscassettesshingles

soft-solderingrivetingjoiningfoldingbonding

strips 200 / 250 /333 / 400 /500 / 600 /670 / 1000

Tita

nium

zin

c,pr

e-w

eath

ered Uniformly pre-weathered matt-finished grey surface with identical

characteristics as with the brightly rolled titanium zinc. Crimps, that develop before the natural weathering on a brightly rolled surface, are considerably reduced through pre-weathering.

sheets 0.7 / 0.8 / 1.0

1000 x 20001000 x 3000

rainwater systemsbuilding profilesfolding techniquepanelscassettesshingles

soft-solderingrivetingjoiningfoldingbonding

strips 500 / 600 /670 / 1000

FalZ

inc®

Aluminium with pre-weathered zinc coating on both sides. FalZinc® is characterised by its light weight, good formability and extreme weatherability.

sheets 0.7 / 1.0 600 x 2000670 x 2000600 x 3000670 x 3000

rainwater systemsbuilding profilesfolding techniquepanelscassettes shingles

rivetingjoiningfoldingbonding

strips 0.7 / 1.0 600 / 670

Material combinations in direct contact

Mat

eria

l

Al Con

stru

c-tio

n st

eel

Cu

FalZ

inc®

Hot

-dip

ga

lv. s

teel

Rust

proo

f st

eel

Lead

Tita

nium

zi

nc

Aluminium (Al) + +1) – + + + – +

Construction steel +1) +1) +1) +1) +1) +1) +1) +1)

TECU® copper (Cu) – +1) + – – + + –

FalZinc® + +1) – + + + – +

Hot-dip galvanised steel + +1) – + + + + +

Rustproof steel + +1) + + + + + +

Lead + +1) + + + + + +

Titanium zinc + +1) – + + + + +

+ acceptable– unacceptable1) Because construction steel is almost exclusively processed with a passive layer (colour) outdoors

the assembly with other metals is possible.

• Steel studs of compression rivets are unusable outdoors• Galvanic copper platings of galvanised construction parts can strengthen corrosion processes;

they do not represent corrosion protection.• Independent of possible results of the contact corrosion joints between construction parts and

overlaps should strictly be formed in such a way so that no gap is produced in which humidity and especially toxic-enhanced rainwater can be capillary bound. Although the gap corrosion which develops under such conditions is independent of the metal combination the outcome of a possible contact corrosion can be reinforced by a gap corrosion.

Titanium zinc surfaces, FalZinc®

Data sheet



Titanium zinc, DIN EN 988, brightly rolledThe classic among facade- and roofing systems.The material is delivered brightly rolled and in the course of time develops a matt-finished grey protective layer on the object due to weathering. The reason for its frequent use in rainwater systems is the low price paired with a sufficiently good corrosion characteristic. By the additives of copper and little amounts of titanium the fatigue strength and the workability independent of the rolling direction as well as the cold-shortness are improved.

Physical characteristicsThickness: 7.2 kg/dm3

Melting point: 418 °CCoefficient of expansion : Lt at 100 K (∆t) = 2.2mm/m

Titanium zinc, DIN EN 988, pre-weatheredDirectly after rolling this product undergoes a pre-weathering process. By this a homogenous matt-finished grey optical surface characteristic with a very distinctive, satined gloss develops. And for planners it is not unimportant to know that the desired even characteristic of the surface lasts for many years. Otherwise the pre-weathered quality possesses the same characteristics as the brightly rolled titanium zinc.

Ordering exampleAmount: in kgSurface: for example pre-weatheredMaterial: titanium zincDescription: strips according to DIN EN 988Strip width: 600 mmMaterial thickness: 0.7 mmStrip length: approx. 30 mCoil weight: approx. 90 kgOptional: coil-inner diameter: 500 mm

FalZinc®

Specially developed for the manual processing FalZinc® combines the material advantages of aluminium and zinc. In the patented PEGAL-process the durable connection of the two complementing materials is produced. Hereby the aluminium core receives a pre-weathered zinc surface. The aluminium core consists of a sea water-proof aluminium alloy AlMn1 Mg 0.5 according to DIN EN 573-3.

In exemplary manner the demand of resources protection is fulfilled. Due to the low weight and the high form stability of FalZinc® almost all constructions can be solved with comparably little material effort. Every component of FalZinc® is 100 % recyclable and signifies a long environmentally friendly useful life. FalZinc® is preferably used in roof- and facade cladding.

Physical characteristicsThickness: 2.7 kg / dm3Melting point: 650°CCoefficient of expansion: Lt at 100 K (∆t) = 2.4mm/m

Titanium zinc and FalZinc®



Pre-cut folded sheets

Roof –and façade claddings made of the most variable materials are carried out in different techniques. The construction technique that one encounters most is the standing seam technology. By a multitude of varieties it has become possible to clad almost every architectural form with metal.

The measurements of the pre–cut folded sheets are standardised as far as possible and they are manufactured with the most modern profile machine. Basically there are two feasible processes for closing the fold, the double standing seam and the angle seam which is predominantly used for wall cladding.

Forms of claddingThe sheet cladding is the most economic and technically best cladding in the manual folding technique. Max. length of sheets 10 m. TECU® Patina is currently only available in sheets.

The pre-cut sheets for sheet cladding are manufactured from sheets and strip cuttings preferably in lengths of up to 3000 mm. By the additional transverse interlocking joints the processing is more complex than with sheet cladding.

Assembly direction

Axial sheet cladding (vertical cladding)Here the seam is at a 90° angle to the roof ridge, eaves or plinth and is suited for all roof-and façade claddings.

Transverse sheet cladding (horizontal cladding)This assembly direction is exclusively suited for façade cladding.

Diagonal claddingThis is preferably suited for façade cladding.

Pre-cut sheet formsParallel: smallest cladding width 55 mm,

largest cladding width 740 mmConical: smallest cladding width 70 mm,

largest cladding width 700 mmRound-bend: smallest radius 600 mm,

largest radius 8000 mm

Material

Copper Titanium zinc FalZinc®

Metal thickness[mm]

0.6–0.7 0.7–0.8 0.7

Types of folding Roof pitch

Copper Titanium zinc FalZinc®

Double standing seam

> 3° > 7° > 3°

Angle seam > 25° > 25° > 25°

Axial sheet cladding Rail claddingTransverse sheet cladding



Detail A

Detail B

Detail B

Detail A

Pre-cut folded sheets

Cop

per

Tita

nium

zi

nc

FalZ

inc®

cutt

ing

clad

ding

mea

sure

TECU

® C

lass

ic

TECU

® P

atin

a*

TECU

® O

xid

TECU

® Z

inn

TECU

® G

old

Tita

nium

zin

c br

ight

ly r

olle

d

Tita

nium

zin

c pr

e-w

eath

ered

FalZ

inc®

2060 400 333 • • •

500 430 • • • • • •

600 530 • • • • • • •

670 600 • • • • • • • •

* TECU® Patina ≤ 3 mTECU® Classic and TECU® Gold s well as titanium zinc brightly rolled. Titanium zinc pre-weathered can also be delivered with a protective plastic sheeting. FalZinc® is exclusively delivered with plastic sheeting.

For barrel-shaped gable windows the factory-provided manufactured curved fillets and claddings according to measurements are available.

Parallel angular cut pre-cut folded sheets are especially suitable for the cladding of gable areas.

MeasurementsCladding width: 330 or 430 mm Max. Length: approx. 3000 mmRoof pitch: 5° to 45 °

All forms of pre-cut sheets are also available as pre-cut sheets with one-sided or double-sided under – or upper seam.

FixingPre-cut sheets are fixed on a suitable substructure with a fixation angle or a slidable fixation angle. Pre-cut sheets measuring less than 3 m are exclusively fixed with adhesive. Sheet lengths over 3 m, whether assembled using strip – or sheet cladding, have to present an adhesive area of approx. 1m. The position of the fixation angle and slidable fixation angle area depends on the roof pitch.

Transverse chamfers for the eaves -, plinth- and roof ridge joint as well as for the transverse fold can be delivered pre-formed by the factory.

Pre-cut folded sheets - barrel–shaped gable window and fixing



Shingles

Cop

per

Tita

nium

zin

c

FalZ

inc®

Stai

nles

s st

eel

Alum

iniu

m

Nom

inal

siz

e[m

m]

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

TECU

® B

rass

TECU

® B

ronz

e

TECU

® G

old

Tita

nium

zin

c br

ight

ly r

olle

d

Tita

nium

zin

c pr

e-w

eath

ered

FalZ

inc®

Stai

nles

s st

eel

Alum

iniu

m

2510 Façade sheets 200 x 200 • • •

2515 Honeycomb sheets

220 x 245 • • • • • • • • • • • •

2521 System shingles, square

430 x 430 • • • • • • • • • • •

600 x 600 • • • • • • • • • •

2521 System shingles, rectangular

430 x 600 • • • • • • • • • • • •

2561 Systemrhomboids

410 x 410 • • • • • • • • • • • •

2563 System rhombus, rhombus shape

410 x 410 • • • • • • • • • • • •

Shingles are cladding elements divided into small sections of up to 600 x 600 mm in various forms which can be nailed or screwed to the substructure using direct or indi-rect fixing with a lying fixation angle. Because shingles can be easily cut or bent out of plates they allow for a weath-erproof construction of all building angles and joints to wall construction materials as well as windows and doors. Normally the shingle façade consists of five components: supporting structure, substructure, one-piece or multi-part thermal insulation, ventilation level and the shingle.

The substructure can consist of a wooden batten or boarding as well as of metal profiles or profiled sheeting.Also on small-area steep pitched construction elements such as attic claddings, canopies, etc. a cladding with shingles is possible under the following preconditions::• Minimum roof pitch façade – and honeycomb sheets 45°,

shingles and rhombus 25°• Entire sub-boarding 24mm• Install sub-cladding with roofing sheets parallel to the

eaves with a min. 8 cm over-cladding

Shingles, rhombus, façadesheets, honeycomb sheets



Form

of s

hing

le

Cla

ddin

g m

etho

d

Ove

r-cl

addi

ng

[mm

/sid

e]

Mea

sure

[m

m]

Amou

nt

[shi

ngle

/m²]

Pack

agin

g un

it [s

hing

le/b

ox]

TECU®

façade sheetHoneycomb cladding with one truncated corner

ca. 30 200 x 200 ca. 35 100 = ca. 2.9 m²

Honeycomb sheet

Honeycomb cladding with one truncated corner

ca. 30 220 x 245 ca. 32 40 = ca. 1.25 m²

Shingles

Cop

per

Tita

nium

zin

c

FalZ

inc®

Stai

nles

s st

eel

Alum

iniu

m

Nom

inal

siz

e[m

m]

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

TECU

® B

rass

TECU

® B

ronz

e

TECU

® G

old

Tita

nium

zin

c br

ight

ly r

olle

d

Tita

nium

zin

c pr

e-w

eath

ered

FalZ

inc®

Stai

nles

s st

eel

Alum

iniu

m

2510 Façade sheets 200 x 200 • • •

2515 Honeycomb sheets

220 x 245 • • • • • • • • • • • •

2521 System shingles, square

430 x 430 • • • • • • • • • • •

600 x 600 • • • • • • • • • •

2521 System shingles, rectangular

430 x 600 • • • • • • • • • • • •

2561 Systemrhomboids

410 x 410 • • • • • • • • • • • •

2563 System rhombus, rhombus shape

410 x 410 • • • • • • • • • • • •

Façade sheets

Façade sheets made of TECU® copper are wall cladding elements which con-struction and processing is based on the shingle technique. Façade sheets are especially suitable for chimney -, cornice-, gable board- and gutter cladding, gable windows and ridges. Due to their mechanically folded seams made of punched cuttings façade sheets with a stable form and standardised measure-ments develop. The façade sheets can be directly fixed using cardboard studs or screws.

The honeycomb sheet is a shape variant of the façade sheet and is offered in all materials.

As a matter of course the following materials are also available as cladding material:

Copper

Titanium zinc

FalZinc®

Stainless steel

Aluminium

TECU® Classic

TECU® Patina

TECU® Oxid

TECU® Zinn

TECU® Brass

TECU® Bronze

TECU® Gold

Titanium zinc brightly rolled

Titanium zinc pre-weathered

FalZinc®

Stainless steel

Aluminium



Shap

e of

shi

ngle

Cla

ddin

g m

etho

d

Ove

r-cl

addi

ng

[mm

/sid

e]

Cla

ddin

g m

easu

re

[mm

]

Amou

nt

[shi

ngle

/m²]

Pack

agin

g un

it [s

hing

le/b

ox]

Square shingle Honeycomb cladding ca. 20 600 x 600 ca. 2.8 10 = ca. 3.57 m²

Horizontal cladding* ca. 20 430 x 430 ca. 5.5 10 = ca. 1.82 m²

Rectangular shingle Horizontal cladding* ca. 20 430 x 600 ca. 3.9 10 = ca. 2.56 m²

*With horizontal cladding the direction of the cladding has to be observed.

Non-standard shinglescan be delivered with a side length of min. 260 mm.

Large shingles are available up to a height of 600 mm and a length of 3000 mm (Patina 2930 mm).

With either square or rectangular system-shingles and TECU® system-shingles roofs and facades can be clad without much time and effort. The shingles can be assembled in different directions (vertical, horizontal or diagonal).

System-shingles are equipped with two backward-chamfers and two forward-chamfers and are available for left – and right-claddings. The fixing is carried out by using laying adhesive. Through simple fitting of the shingles into thesurrounding chamfers a fast, safe and versatile cladding is possible.

Available in the following materials:

System shingles

Copper

Titanium zinc

FalZinc®

Stainless steel

Aluminium

TECU® Classic

TECU® Patina

TECU® Oxid

TECU® Zinn

TECU® Brass

TECU® Bronze

TECU® Gold



FalZinc®

Stainless steel

Aluminium



R 80

410410

As an alternative to system shingles and TECU® system shingles which are available in rectangle –or quadratic format the variant of system rhomboids and TECU® system rhomboids offers further creative options. According to the preferred visual appearance system rhomboids are available in acute-an-gled rhombus shape or rounded shingle shape. The processing and the laying of the system rhomboids are identical to those of the system shingles.


System rhomboids

Shin

gle

shap

e

Type

of l

ayin

g

Ang

le

Ove

rlap

[mm

/sid

e]

Cov

ered

are

a [m

m]

Am

ount

[s

hing

le/m

²]

Pack

agin

g un

it [s

hing

le/

box

]

System rhomboids

Honeycomb laying with rounded corners

65° approx.20

410 x 410 approx. 6

10 = approx. 1.66 m²

System rhomboidsrhombus shape

Honeycomb laying with acute corners

65° approx.20

410 x 410 approx. 6

10 = approx. 1.66 m²

Copper

Titanium zinc

FalZinc®

Stainless steel

Aluminium

TECU® Classic

TECU® Patina

TECU® Oxid

TECU® Zinn

TECU® Brass

TECU® Bronze

TECU® Gold



FalZinc®

Stainless steel

Aluminium



Grid height400 to 900 mmThe dimension measurement is determined from the grid measurement-joint TECU® Oxid, TECU® Zinn and TECU® Gold max. up to 570 mm

Joint width5 to 30 mm

Length400 to 3000 mm, TECU® Patina up to max. 2930 mm

External angle up to 90°The smallest measurement of one side shall not fall short of 150 mm. The largest angle length shall not exceed 1500 mm.

Non-standard cassette shapesConvex and concavely bend cassettes can be individually manufactured with radii ranging from 2000 to 6000 mm. Conically notched or penetrated cassettes are manufac-tured according to sketches.

Cassettes

Basically one can list a series of non-standard façade systems. In essence it concerns mixed constructions made of shingles and panels.

Cassettes and TECU® Cassettes are all side edged façade elements with proportions of 1:1 up to approximately 1:4. According to the construction the cassette façade allows for great flexibility concerning format – and joint design. Horizontal – and vertical joints can be equipped with different joint widths with which the lines of the building can be intentionally emphasised. Because there are edges on all sides, larger plate formats can also be evenly attached to the façade level. Their manufacture is only carried out individually pre-profiled and/ or according to plan. According to the construction the cassette façade allows for a great flexibility concerning formats, joint design and fixation principle. The all side borders enable the entire flatness of even larger plates on the façade level. Normally the cassette façade system consists of five components: support structure, substructure, one-piece or multipart thermal insulation, ventilation level and the cassette. Construction part movements as a result of thermal linear dilatation are levelled by the limitation of the field sizes and the deflection of the substructure. The fixation of the cassettes is normally carried out by riveting technique, screwing technique, with fastening angle or by bolt fitting directly to the substructure.

For the screwing technique the DrillFix-fast drill screw developed by KME Architectural Metals GmbH & Co. KG is especially suitable.


Copper

Titanium zinc

FalZinc®

Stainless steel

Aluminium

TECU® Classic

TECU® Patina

TECU® Oxid

TECU® Zinn

TECU® Brass

TECU® Bronze

TECU® Gold



FalZinc®

Stainless steel

Aluminium



Panels

Slot-in panels

Cop

per

Tita

nium

zin

c

FalZ

inc®

Stai

nles

s st

eel

Axis

mea

sure

[mm

]

TECU

® C

lass

ic

TECU

® P

atin

a

TECU

® O

xid

TECU

® Z

inn

TECU

® B

rass

TECU

® B

ronz

e

TECU

® G

old

Tita

nium

zin

c br

ight

ly r

olle

d

Tita

nium

zin

c pr

e-w

eath

ered

FalZ

inc®

Stai

nles

s st

eel

2600 200 • • • • • • • • • • •

250 • • • • • • • • • • •

333 • • • • • • • • • • •

400 • • • • • • • • • • •

Non-standard measures on request

Panels and TECU® panels as slot-in panels with tongue and groove for horizontal and vertical assembly are manu-factured with a construction depth of approximately 25 mm. In their horizontal, vertical and diagonal arrangement slot-in panels are universally suited for the design of venti-lated façades. By their variable joint width of 5-25 mm and profile lengths of approx. 400 – 6000 mm, up to 3000 mm with TECU® Patina, beautiful and interesting façade designs can be realised. With the multitude of utilised materials and their different surfaces attractive designs can be accomplished.

By the assembly using the tongue-/groove principle the panels are fixed in a concealed manner. The transverse –and longitudinal extension have to be observed in a extension-wise separated construction. The substructure can either be made of wooden battens or boarding or metal profiles or profiled sheeting. The panels can be delivered with closed ends on both sides and as a horizontal angle panel.

Joints and stiffener elements complete the system, they serve for the stabilisation of thin plates and therefore guarantee an even façade.

The fixation is preferably carried out with screws which directly fit in with the substructure in the non-visible area of the tongue side. A very efficient fixation method is screwing with the self-drilling KME Architectural Metals GmbH & Co. KG DrillFix-metal screw. With its extremely flat head and the therefore fast assembly it is ideal for the screwing of slot-in panels on a metal substructure.

Laying directions In the case of a vertical assembly the panels can be deliv-ered with additional 90° borders at the end on both sides. The transverse border gives the profile a higher stability and prevents distortion on the visible surface. Vertically laid plates can be assembled left –or right clad.

Horizontal laying panels can be delivered with closed or open ends. Closed ends are separated with horizontally laid pilaster strips. Open slot-in profiles can be linked with backwardly bonded joints to a visually continuous profile. In order to guarantee a durable bonding a double-sided adhesive tape adapted to the metal is offered. Additionally the joints are to be screwed to the panel and /or substruc-ture on one side. The laying of the panel is always carried out top to bottom. The angle formation with horizontal panel laying can be ideally designed using a vertically assembled angle profile or a pre-manufactured angle element. Hereby the angle measures max.110° and is easily adjusted to the angle of the buildin.

Diagonally laid panels are subject to the same processing conditions as the vertical assembly. However, they can only be delivered with open ends.



Round bend panelsSlot-in panels can be either round-bend in convex or concave shape.

Punched panelsA special panel variant is represented by punched panels. Punched panels can be manufactured with the most different punching sizes and shapes. Ideal for ventilation openings and illumination levels without greatly changing the façade structure.

SheetingA sheeting which is added factory-provided protects the surface from manufacturing to assembly. All materials except for TECU® Patina and TECU® Oxid can be delivered with sheeting. In the slot-in area of the panels the sheeting has to be removed before assembly. After the entire assembly the remaining sheeting shall be preferably removed promptly but after 4-6 weeks at the latest.

TolerancesThe allowance of the profile geometry amounts to ± 1.0 mm. The axis measure and therefore also the joint width with a minimum tolerance of ±2.0 mm offers enough possibilities to absorb the construction tolerances. The maximum length tolerance of ± 2.0 mm is to be levelled by an expansion joint.

TECU® Panels round bend



TECU® Non-standard façade systems

Slats and shading profilesThe shading systems that are integrated into the façade always take a larger position. Here one distinguishes between flexible, predominantly slate –shaped or fixed profiles.

SubstructuresBesides its own substructure made of profiled aluminium sheeting KME Architectural Metals GmbH & Co. KG also arranges for suitable substructure manufacturers with easy-to-install aluminium profiles.

Profiled sheeting substructureDuring the last years more and more wooden substructure has been replaced by incombustible profiled sheeting made of coated aluminium. This substructure is excellently suitable for façade cladding using the folding technique, shingles and panels, and here especially for bent façades but also for barrel-shaped roofs and round gable windows. By its broad high beading the maximum installation face and ventilation level is reached.



TECU®_punch (perforated sheet design) receives its perforation in diagonally offset or straight punching rows. The manufacturing of the perforation is carried out according to plan.

ExampleStandard perforated sheetMaterial: TECU® Classic_punch, TECU® Patina_punchHole diameter: 5 mmCentre to centre distance: 8 mmWeb width: 3 mmThickness: 1.0 mmFormat: 1000 x 2000 mmFree ventilation shaft: 40%

Non-standard measurements as well as different hole diameters on request.Expanded grates and perforated sheets made of aluminium and titanium zinc on request.

Vision TECU®

Perforated sheets and expanded grates made of copper are multiply deployable and offer highly innovative creative possibilities, for example as a self-supporting cassette element in the façade construction sector, as multi-storey car park cladding or ventilation cassettes. Vision TECU® is manufactured in three variants.

TECU®_flatmesh (expanded grate design) is made of the established basic material TECU® Classic. The material is offset cut under expanded deformation and in a further work step is then rolled and straightened by stretching. As a result TECU®_flatmesh receives evenly rounded openings on the surface.

ExampleMaterial: TECU® Classic_flatmeshMesh length: 10 mmMesh width: 7.62 mmWeb width: 1.4 mmThickness: 0.7 /1.0 mmFormat: 1000 x 2000/1000x3000 mmFree ventilation shaft: 40%

TECU®_mesh (rib mesh design) is generated similarly to TECU® expanded grate by offset cuttings under expanded deformation at the same time but without the following rolling process.

ExampleMaterial: TECU® Classic_mesh, TECU® Patina_meshMesh length: 16 mmMesh width: 10 mmWeb width: 2.4 mmThickness: 1.2 mmFormat: on request



Especially for the manufacturing of bolt-fit cassettes the TECU® Bond material is recommended. Its assembly is easy but efficient: under high pressure 0.3 mm or 0.5 mm copper is bonded on both sides with a 3 mm - plastic core made of polyethylene. The result is a façade material which is easy to process and assemble. The copper surfaces are supplied with a protective plastic sheeting factory-provided which effectively protects the material against dirt during the construction phase.

Nominal size: 4 mm (standard)Weight: 11.2 kg/ m3 Format: 1000 x 3000 mmFire classification: B2 according to DIN 4102-1Temperature range: from –50 to +80 °CLinear dilatation: 0.017 mm /m/ °CSound insulation: >26dB(A)

As FR (Fire Resistant)as well as with a surface made of TECU® Patina deliverable on request.

TECU® Bond

Protective plastic sheetingTECU® Classic Bonding Polyethylene core material

Bonding TECU® Classic Protective plastic sheeting

A focus in our work is put on the advice concerning the implementation of ventilated façade as well as the delivery of all essential materials and even the individual manufacturing of the respective elements. The reliable delivery is carried out “just in time”, if desired directly on site.

With the professional competence of our team in Greven we offer qualified support with the planning and implementation planning. On the basis of established and long-standing experiences in the sector of ventilated façade - in the detailing as well as in the on-site implementation- we compile individual problem solutions for all metal constructions.

Ambitious architecture demands a constantly advancing volume of detail solutions. For us this is reason enough to offer special service features:

for clients Advice and planningand investors Calculation of costs

for architects Advice on invitation to bidand planners Advice on detail planning Advice on calculation of costs

for façade/ PIPS (Problem-Idea-Proposal-Solution)construction Advice on calculationworkers Detailing of not “everyday” tasks Support with implementation plan/ statics Detailing and manufacturing of non-standard constructions which normally cannot be solved by the system distributor.



Products made by KME Architectural Metals GmbH&Co.KG comply with the demands of practice. The personal com-mitment and the high level of motivation within our expert team and the intensive cooperation with our clients con-stantly leads to trend-setting solutions for roof and façade.

The high quality of our products and the comprehensive service offers you ideal security concerning the realisation of projects using accuracy and a sense of proportion. As a worldwide operative company KME Architectural Metals GmbH & Co. KG and its team supports planners, architects, clients and construction workers.

Customer serviceFeasibility studies, guiding price calculation, new development of façade systems in cooperation with the customers

Tender preparationPreparation of detailed estimates, project calculation, tender plans

Project managementProject structuring, project scheduling, project monitoring

DesignTo develop and devise façade systems together with the customers. Completion of the engineering data, parts lists.

SpecimenSpecimen for the customer (Visual mock ups)

AssemblyAssembly of the façade components, surface refinement, logistics

Quality standardQuality control, standardisation, project documentation

WorkshopsProject-related training courses

Service



Advice and training courses

KME Architectural Metals GmbH & Co. KG offers individual training courses for theory and practice. Optionally they can either take place at the local sales agency or at the KME Forum, the training centre of KME Germany AG & Co. KG in Osnabrück. Additionally there are possibilities to take part in special training courses at KME concerning the latest assembly techniques for TECU® and also about ZVSHK rules as well as about news concerning standardisation.



KME Architectural Metals & Co. KG maintains its own truck fleet and delivers the products in its own steel pallet systems. The rented pallets alleviate the handling and according to the swap principle they will be surrendered to the salesperson and are mainly self-financing. With this an individual agreement with the company, KME Architectural Metals GmbH & Co. KG has to be arranged for. For recyclable packaging a contract with INTERSEROH with the contract number 83552 is in place.

An ideal packaging is part of our service feature. KME Architectural Metals GmbH & Co. KG adjusts the packaging according to the respective needs. Stable cardboard packaging for products divided into small sections which in some cases are also suitable for fast parcel service transport.

KME Architectural Metals GmbH & Co. KG offers rented pallets for gutters, downpipes and borders which are delivered regularly to the wholesale customer with the factory-owned transport fleet.

We offer large cardboard packaging for customers outside of our tour plan. Here the transport is carried out with selected forwarding companies.

For on-site deliveries of roof – and façade elements outside of our tour plan we use stable wooden boxes according to demand.

With overseas- transports the wooden boxes are additionally laid out with film.

Metal-sheet products, especially pre-cut sheets, panels and cassettes, have to be transported and stored dry as well as kept ventilated at all time. On site an ideal storage is carried out in a dry room or if applicable in a container for example.

In the case of construction sites with a multitude of different products and measures every pallet and every single product is documented and labelled in a parts list.

Logistics

In order to provide more securities with the purchase of KME Architectural Metals GmbH& Co. KG quality products, KME Architectural Metals GmbH & Co. KG has concluded a assumption of liability agreement with the Zentralverband Sanitär, Heizung, Klima and has concluded a comprehen-sive warranty agreement with the organisation Deutsches Dachdeckerhandwerk.

New structural-physical relevant products made by KME Architectural Metals GmbH & Co. KG are examined and tested by the independent institute tBU department of building maintenance.

Warranty


Gutter adaptor

Elbow

Downpipe

Swan neck

Downpipe

Pipe brackets

Rainwater downpipe flaps

Downpipe caps

Downpipe

Coving

Eaves

Gutter bracket

Gutter cornerStop end

Gutter


KME Architectural Metals

® = registered trademark

1109.000.0100

Sales

Head of Sales North

Frank HonigmundFon +49 (0) 2575 309-24Fax +49 (0) 2575 309-25Mobil +49 (0)172 5 30 61 [email protected]

Sales standard products

Sabine Schröder-KreimerFon +49 (0) 2575 309-23Fax +49 (0) 2575 [email protected]

Stephanie BusFon +49 (0) 2575 309-21Fax +49 (0) 2575 [email protected]

Sales Export

Helga RundeFon +49 (0) 2575 309-41Fax +49 (0) 2575 [email protected]

Logistics

Sales & Logistic ArternFon +49 (0) 3466 36 48- 49Fax +49 (0) 3466 74 [email protected]

DBA Schölzel LägerdorfFon +49 (0) 4828 90 145 - 0Fax +49 (0) 4828 90 145 - [email protected]

DBA Schölzel GnoienFon +49 (0) 39971 185-0Fax +49 (0) 39971 [email protected]@kme.com

Head ofTechnical SalesRoofing & Cladding

Volker LiesenhoffFon +49 (0) 2575 309-44Fax +49 (0) 2575 309-40Mobil +49 (0) 172 1 04 31 [email protected]

Sales Roofing & Cladding

Dipl.-Ing. Guido WeigmannArchitektFon +49 (0) 2575 309-38Fax +49 (0) 2575 309-40Mobil +49 (0) 172 5 30 56 [email protected]

Klemens NeumannFon +49 (0) 2575 309-37Fax +49 (0) 2575 [email protected]

Technical Service

Martin MärzFon +49 (0) 38727 80125Fax +49 (0) 38727 88763Mobil +49 (0) 172 1 57 07 [email protected]

Head of Sales South Frieder ZaissFon +49 (0) 7333 953 99-81Fax +49 (0) 7333 953 99-87Mobil +49 (0) 171 8 37 42 07 [email protected]

Sales Hermeskeil

Bärbel WittFon +49 (0) 6503 10 68Fax +49 (0) 6503 34 [email protected]

Sabrina BarthenFon +49 (0) 6503 10 69Fax +49 (0) 6503 34 [email protected]

Sales Schorndorf

Christine MünchbergerFon +49 (0) 7181 93 90 4-11Fax +49 (0) 7181 6 50 [email protected]

Horst WagnerFon +49 (0) 7181 93 90 4-13Fax +49 (0) 7181 6 50 [email protected]

Service and Sales South

Edmund BledlFon +49 (0) 8542 24 53Fax +49 (0) 8542 41 77 26Mobil +49 (0) 177 3 50 95 03 [email protected]

KME Architectural Metals GmbH & Co. KGAdministration and ProductionEichendorffweg 1048268 GREVENP.O. Box 21 5148261 GREVENGERMANYFon +49 (0) 2575 309-0Fax +49 (0) 2575 [email protected]

Warehouse and distributionGreven/Ortsteil ReckenfeldIndustriestraße 63–6548268 GREVENGERMANY

Office HermeskeilZum Grafenwald 154411 HERMESKEILGERMANYFon +49 (0) 6503 10 68Fax +49 (0) 6503 34 19

Office SchorndorfWiesenstraße 6073614 SCHORNDORFGERMANYFon +49 (0) 7181 93 90 4-0Fax +49 (0) 7181 6 50 65

Member of theKME Group


Documents

KME Architectural Metals Product Range ZINKMETAL · 2012. 1. 31. · KME Architectural Metals GmbH & Co.KG — Product Range 1 2 4 5 6 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23