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Aminosiloxanes Diamine Monoamine Reactive
• Alkyl/Alkoxy terminated• Hydroxy terminated
Non-reactive
Amido aminosiloxanes
Silicone quats
Polyetherfunctional siloxanes
Epoxy functional
Hindered Secondary Amine
Si O
CH3
CH3
Si
CH3
O Si
CH3
CH3
O Si
CH3
CH3
O Si
CH3
CH3
nm
NH2
HN
NH2
Best degree of softness Higher the amine content
Unfortunately it also due to oxidation of this amine that one generates the undesirable yellowing of the textiles in application & so the search for the compromise between softness & yellowing continues. It is true that today there are certain products on the market which are pitched at various points along this line of compromise; in general,
More soft – More yellowingLess soft – Less yellowing
Textile treated with conventional di-amino functional silicone-emulsion show
two big disadvantages:
Yellowing at higher temperature andHydrophobic effects.
NH2
Here the anti yellowing mechanism i.e. ultra low yellowing mechanism is due to its “LOW AMINE VALUE” of mono-amino functional silicone.
Lower the amine value lesser the yellowing.
Being a mono amine it gives ultra low yellowing in comparison to di-amine.
Alkyl/Alkoxy terminated These reactive silicone emulsions functions as a basic component in a
silicone elastomer system alongwith silanic hydrogen as cross linking catalyst and organo metallic compound as condensation catalyst.
Thus reactive PDMS can undergo chain extension / polymerisation to form highly elastic macro molecules with extensively crosslinked structure; forming a coherent film round the fiber and increasing elasticity.
In addition these elastomers are characterized by : Strong durability to washing and dry cleaning &Enhanced resilience. A very pleasant soft handle & excellent spring back effect and bounce.
Alkyl/Alkoxy terminated contd Improved dimensional stability & improved wash and wear ratings with greatly
enhanced wet and dry crease resistance. Improved sewability.
These features are especially beneficial for knit goods to improve elastic recovery (stretch recovery); to improve shape retention and to reduce bagging during wear.
Furthermore Reactive PDMS are used as resin extenders and confer permanent
lustrous effects and bulk elasticity to filling fibers. They are used in finishing of jeans in pigment printing and allow special effects to be obtained in the elastomeric finishing of fiber fill, knits, garments and machine washable wool.
Hydroxy/Methoxy terminated
Smooth, full hand
Good dimensional stability/flat appearance after wash
Improves flex abrasion & tear strength
Forms elastomeric film, excellent resiliency, inherent flexibility
Excellent cutting & sewing characteristics
Higher crease resistance. Improves pile and crush resistance.
Improves durable press performance
O-RR-O
These are chemically inert trimethyl silyl terminated poly dimethyl siloxanes.
These silicone oils are used as is, or in form of aqueous emulsions; neat or in blends with organic softeners, petroleum oils, waxes to produce : Textile softening agents which give specific soft & supple handle with good sew ability, cutting and abrasion resistance in wash and wear finish.
Raising and napping agents especially for synthetics. Sewing thread lubricants to improve gliding properties of sewing threads
and their resistance to heat (heat shield effect). To reduce friction and ensure rapid dissipation of heat resulting in fewer thread breakages.
Yarn lubricants with high heat stability. Antifoams and defoamers to eliminate space rubbing foam. Pigment print additives for improving crack fastness and depth of shade.
Si O
CH3
H3C
CH3
Si
CH3
O Si
CH3
NH
O Si
CH3
CH3
O Si
CH3
CH3
CH3
n
m
NH2
C
O
R
Very Low Yellowing
Very Good Softness
Less Hydrophobic than Conventional Amino
silicones
Especially Effective on Poly-cotton Fabrics
Micro emulsifiable
Exhaustible/Shear Stable
NH C
O
R
N Z
CH3
R
CH3
Si
CH3
CH3
O Si
CH3
CH3
O Si
CH3
CH3
Z N
CH3
CH3
R
n
++
Excellent softness, exhaustible, durable
Very good hydrophilicity : Rewettability for optimised
results in sanforizing process
Very low yellowing
High level process security
Shear stable
Resistence to alkalis: For mercerised textiles, without an
increased risk of stains
Temperature resistence : Makes continuous finishing
processes secure
N
CH3
CH3
R
Si O
CH3
H3C
CH3
Si
CH3
(CH2)3
O Si
CH3
O Si
CH3
CH3
O Si
CH3
CH3
CH3
nm
O
CH3
(C2H4O)x (C3H6O)yH
Enchanced hydrophilicity
Water Dispersible
Non-yellowing
Semi Durable
Imparts lubricity and moderate softness
Excellent compatibility with finishing bath
Shear Stable
Improves physical strength
Improved Soil Release
O (C2H4O)x (C3H6O)yH
CH3 CH3 CH3 CH3
H3C Si O Si O Si O Si CH3
CH3 CH3 CH2 CH3
x H2C
CH H2C CH2
H2C CH HC
O y
Reactive, Full, natural , bouncy handle
Non-yellowing
Good stretch & recovery, Good elasticity & resiliency,
Improves wrinkle recovery
Self Crosslinkable, increases durability
CH3 CH3
Me3Si OSi OSi OSiMe3
CH3 [CH2]2
a b NH
[CH2]2
O
N
Primarily it is due to the fact as a highly hindered, 2º -
amine, the possibility of oxidation of the amine is greatly
reduced so that high energy levels would be required to
destabilize the chemical structure & cause undesirable
yellowing. Further more the electron lone pair on the
nitrogen has its charge well distributed within the cyclic
structure to which it is attached.
Secondarily the hindered amines of this type also have free
radical scavenging properties, which prevent oxidation &
subsequent yellowing via this mechanism
Product Name Type Amine Value(mgKOH/gm)
Refractive Index Viscosity in cps
Competitors
Modfluid-KL-1 Reactive Diamine
18 ± 2 1.403 - 1.409 500 - 1500
Modfluid-KL-6 Reactive Diamine
24 ± 2 1.403 - 1.409 500 - 1500
Modfluid-KL-8 Reactive Diamine
30 ± 2 1.403 - 1.409 500 - 1500
Modfluid-KL-20 ReactiveDiamine
20 ± 2
1.403 - 1.409 500-1500
Modfluid-KL-75 ReactiveMonoamine
60 ± 2 1.408 - 1.414 25 - 100 ----
Modfluid-KL-100 Reactive Diamine
100 ± 2 1.403 - 1.409 500 - 2000
Modfluid-KL-401-EM ReactiveDiamine
21 ± 2 1.403 - 1.409 1000-2500 GE-41EM
Modfluid-KL-909 ReactiveDiamine
9 ± 1
1.403 - 1.409 6,000 - 14,000
WR-1100
Modfluid-KL-1003 ReactiveDiamine
16 ± 2
1.403 - 1.409 500 – 3000 WR-1300
Modfluid-KL-1016 Amido 16 ± 2 1.405 - 1.410 800-2000 ----Modfluid-KL-1025 Reactive
Diamine25 ± 2
1.403 - 1.409 500 - 1500 ----
Modfluid-KL-1030 Non-ReactiveDiamine
30 ± 2
1.403 - 1.409 100 – 200 GE-01530
Modfluid-KL-1035 ReactiveDiamine
27 ± 2
1.403 - 1.409 5000 - 10000 ----
Modfluid-KL-1100 ReactiveDiamine
11 ± 2 1.403 - 1.409 3000 - 8000
Product Name Type Amine Value (mgKOH/gm)
Refractive Index Viscosity in cps
Competitors
Modfluid-KL-1500 ES Reactive Diamine
14 ± 2 1.403 - 1.409 1000 - 6000
Modfluid-KL-21637 Reactive Diamine
16 ± 2 1.403 - 1.409 500 - 1500
Modfluid-KL-2500-T Reactive Triamine
25 ± 2 1.403 - 1.409 500 - 2500
Modfluid-KL-3803 ReactiveDiamine
18 ± 2 1.403 - 1.409 1400-2500 GE-3830
Modfluid-KL-4910 ReactiveDiamine
21 ± 2 1.403 - 1.409 800-1200 GE-4901
Modfluid-KL-5015 Reactive Diamine
15 ± 2 1.403 - 1.409 3000 - 8000
Modfluid-KL-7027 ReactiveDiamine
27 ± 2 1.403 - 1.409 7000-10000 GE-7027
Modfluid-KL-8004 ReactiveDiamine
15± 2
1.403 - 1.409 500-3500 DC-8040
Modfluid-KL-8014 ReactiveDiamine
10 ± 1
1.403 - 1.409 500 - 2500 DC-8041
Modfluid-KL-8251 Reactive Diamine
28 ± 2 1.403 - 1.409 500 - 1500
Modfluid-KL-8282 Reactive Diamine
25 ± 2 1.403 - 1.409 500 - 2000
Modfluid-KL-8290 ReactiveDiamine
28 ± 2
1.403 - 1.409 800 - 2000 DC-8209
Modfluid-KL-8406 ReactiveDiamine
32 ± 2
1.403 - 1.409 500-1500 DC-8460
Product Name Type Amine Value (mgKOH/gm)
Refractive Index Viscosity in cps
Competitors
Modfluid-KL-8417 ReactiveDiamine
32 ± 2
1.405 - 1.410 800 - 1500 DC-8417
Modfluid-KL-8445 ReactiveDiamine
45 ± 2 1.403 – 1.409 500 - 1500
Modfluid-KL-8468
ReactiveDiamine
22 ± 2 1.403 - 1.409 500-1200 DC-8468
Modfluid-KL-8603 ReactiveMonoamine
16 ± 2
1.403 - 1.409 500 - 3500 DC-8630
Modfluid-4730 ReactiveDiamine
35 ± 2
1.403 - 1.409 800 - 1300 GE-4703
Modfluid-4780 ReactiveDiamine
20 ± 2
1.403 - 1.409 500-1000 GE-4708
Modfluid-1020-SE Non reactive
20 ± 2 1.413 -1.420 500 - 4000
Modfluid-1040-SE Non reactive
40 ± 2 1.413 -1.420 500 - 4000
Modfluid-SQ-1117 Non reactive
17 ± 2 1.408 – 1.414 500 - 2000
Modfluid-KL-721 Non reactive 14 ± 1 1.403 – 1.409 200 ± 100 Modfluid-SQ-1135 Non reactive
32 ± 2 1.408 – 1.414 500 - 2000
Modfluid-SF Quaternary 6 ± 1 1.403 - 1.409 100 - 900 ----Prolube-AOP Quaternary 15 ± 2 1.405 - 1.410 1000-2000 Wetsoft-AOPProlube-HAM Piperizine
blocked 12 ± 2 1.405 - 1.410 1500-3000 Wetsoft-AF-21
Product Name Type Amine Value (mgKOH/gm)
Refractive Index Viscosity in cps
Competitors
Prolube-3877 Linear polyquaternary-polysiloxanepolyalkyleneoxide
copolymer
12 ± 2 --- --- Magnasoft-TP-3877
Prolube-SIQ Linear polyquaternary-polysiloxanepolyalkyleneoxide
Copolymer
13 ± 2 --- --- Rucofluid-SQM
Prolube-CJS Linear polyquaternary-polysiloxanepolyalkyleneoxide
copolymer
19 ± 2 --- 10000-15000
Magnasoft-CJS
Prolube-HA Hindered amine 7 ± 2 --- 1500-3000
Rhodorsil-21645
POLYDIMETHYL SILOXANE
Product Name Type Amine Value (mgKOH/gm)
Refractive Index
Viscosity in cps
Competitors
Modfluid-KL-350 Polydimethyl siloxane
---- 1.4010-1.4040 300-400 ----
Modfluid-KL-1000
Polydimethyl siloxane
----- 1.4010-1.4040 900-1100 ----
Modfluid-KL-12000
Polydimethyl siloxane
----- 1.4010-1.4040 11500 – 12500
----
Modfluid-KL-30000
Polydimethyl siloxane
----- 1.4010-1.4040 29000 – 31000
----
Modfluid-KL-60000
Polydimethyl siloxane
----- 1.4010-1.4040 59000 – 61000
----
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