142

Piedmont CMG | Bonded Manifolds & Microfluidic Systems

  • Upload
    others

  • View
    2

  • Download
    0

Embed Size (px)

Citation preview

Page 1: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 2: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 3: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 4: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 5: Piedmont CMG | Bonded Manifolds & Microfluidic Systems

We at Piedmont CMG proudly present our Plastics Engineering Guide. Two years of

research and study went into its preparation.

Our mission is to provide our customers with a complete and non-biased presentation

on all plastics materials that are available in sheet, rod and tube form. These engineering

materials must be chosen carefully by assessing the application requirements and the

capabilities of each material.

We hope that this book will be helpful to you in designing successful plastics

applications. Our staff is available to assist you in selecting the proper material. At Piedmont CMG, we're people turning your ideas into products.

Page 6: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 7: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 8: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 9: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 10: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 11: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 12: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 13: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 14: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 15: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 16: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 17: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 18: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 19: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 20: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 21: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 22: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 23: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 24: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 25: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 26: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 27: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 28: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 29: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 30: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 31: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 32: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 33: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 34: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 35: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 36: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 37: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 38: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 39: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 40: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 41: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 42: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 43: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 44: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 45: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 46: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 47: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 48: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 49: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 50: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 51: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 52: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 53: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 54: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 55: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 56: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 57: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 58: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 59: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 60: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 61: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 62: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 63: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 64: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 65: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 66: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 67: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 68: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 69: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 70: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 71: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 72: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 73: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 74: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 75: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 76: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 77: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 78: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 79: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 80: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 81: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 82: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 83: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 84: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 85: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 86: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 87: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 88: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 89: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 90: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 91: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 92: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 93: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 94: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 95: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 96: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 97: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 98: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 99: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 100: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 101: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 102: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 103: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 104: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 105: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 106: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 107: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 108: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 109: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 110: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 111: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 112: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 113: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 114: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 115: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 116: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 117: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 118: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 119: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 120: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 121: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 122: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 123: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 124: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 125: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 126: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 127: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 128: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 129: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 130: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 131: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 132: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 133: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 134: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 135: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 136: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 137: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 138: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 139: Piedmont CMG | Bonded Manifolds & Microfluidic Systems
Page 140: Piedmont CMG | Bonded Manifolds & Microfluidic Systems

COMPARATIVE MATERIALS PROPERTIES

MC®901, 907 & Nylatron® GSM Nylatron® NSM

Nylon Nylon

Monocas•filast solid lubricant stabilized, natu filled Type 6

or enhanced •

1.16 1.15 12,000 10,000-12,000 400,000 450,000

50 50-7016,000-17,500 16,000

350,000-450,000 400,000 10,500-11,500 10,000

- -

400,000 -

.16-.35 .13-.16 R120 115

- 86 150 70

5.Q X lQ--5 5.0 X 10·5

0.5-1.0 0.9 200-425 200

- -

� 430±10

180-200

500-600@ -- -

3.7 -

3.7 -3.7 -

- -

Acetron® GP & Delrin* Acetal

Extruded, unfilled

1.41-1.42

8,800-12,000 410,000-520,000

30-6513,000-15,500

375,000-550,000 7,700-9,500

16, 000-18, 000 -

.25 R119-122

-40-90

6.7 X 10·' 0.3-1.0 230-265

-329-347

180 380-500@

1 X 1014-1 X 1015

3.7 3.7 3.7 -

Acetron® NS Acetal DelrinAF*

E,1ruded, Internally Extruded, lubricated acetal Teflon-acetal

1.44 1.54

7,000-8,000 7,600 350,000 420,000 10-30 22

7,000 10,500 380,000 340,000 6,000 8,000 14,000 13,000

315,000 -.20 -

R116 R118

D83 -35 50

4.7 X 10·5 5.8-6.8 X 10·5

0.6 0.6 270 244 - -

347 347

180 180 320 400 - 3 X 1016

- -- 3.1 - 3.1 - -

Fluorosint® Fluorosint®

Ertalyte® 207 500 PET PTFE PTFE Polycarbonate

Semi-crystalline Synthetic mica-filled Synthetic mica-filled Extruded, unfilled Thermoplastic Polyester PTFE PTFE Lexan*

1.39 2.25-2.35 2.25-2.35 1.2 12,400 1,000-1,500 750-1,200 9,000-10,500 423,000 300,000-450,000 375,000-600,000 320,000

20 3-25 1-10 60-100- 2,000-3,000 1,500-2,500 11,000-13,000 - 250,000-350,000 425,000-550,000 375,000 - - - 9,200

15,000 - - 11,000 - 225,000-275,000 275,000-325,000 240,000 - .04-.2 .1-.2 -

M93-100 R40-60 R45-65 R118 D87 D64-74 D64-74 -50 - - 225-300

3.3 X 10·5 3.25-4.50 X lQ-5 1.25-1.50 X 10·5 3.9 X lQ--5- 2.25-2.85 0.8-1.1 0.3 ®

215 200-220 240-300 280-290 - - - 293

491 621±9 621±9 -

212 500 500 250

385 200-250 275-300 >400

5.5 X 1011 >1012 >101'1 2.1 X 1016 - 2.65-2.85 2.85-3.65 3.17 - - 2.9-3.6 -

- - 2.9-3.6 I 2.96 ..•..

- - - .0009 '

"

i

.·.

'

- - - - - - - - - <i.c 0.6-1.2 1.2 0.12-0.25 0.2-0.25 0.2 0.07 <.35 <LO 0.2

5.5-6.5 5.3 0.80-0.90 1.9-2.1 0.72 0.50 <1.0 - -

L L A A A A A A A

u u u u u u A A A

A A A A A A A A u

A A u u u u A A u

A A A A A - A A u

A A A A A - A A A

A A A A A A A A u

A A A A A - A A A

A A A A A - A A u

A A A A A A A A A

A A - - - - A A A

L L - - - L A A A

CD ASTM-D1457 used for thin specimens * Delrin AF is a registered trademark of E.l. DuPont NOTE: Property data shown are typical average val_ @ .080" thick * Torlon is a registered trademark of Amoco will vary on specific production lots and by s1 @ 160°F. 4,000 psi Chemicals Corporation configuration of product. They, therefore, should © .040" thick * Ultem is a registered trademark of General Electric only as a guide to primary selection for appli�a�i@ Specimen \,S" thick, 2" diameter Company given material, and never for purchase spec1f1c ® 158°F. 1,000 psi * Lexan is a registered trademark of GE Plastics Further technical information is available for s ([J Yield Key: A = Acceptable Service application requirements. All values shown are ® Against C1018 Steel L = Limited Service bone dry specimens. Where no value is listed, su

U = Unacceptable details are not available to present a usable figure.

Page 141: Piedmont CMG | Bonded Manifolds & Microfluidic Systems

30% Glass Filled Techtron" Polysulfone PEEK PEEK PPS

Extruded, unfilled Extruded, Extruded, Extruded, PSO polyetheretherketone polyetheretherketone polyphenylene sulfide

1.24 1.32 1.49 1.35

10,200 14,500 24,650 12,000-14,000 - 580,000 - 420,000

50-100 50 2-3 15-25

15,400 650 33,785 21,000 --

390,000 550,000 1,450,000 540,000-600,000

9,000 7.690 14,070 9,250

13,900 17,000 31,175 18,000

374,000 520,000 - 450,000 - .40-.45 - .20-.25

M69 M99 Ml03 M93 - - - -

200 60 - 75

3.1 X 10·" 2.6 X 10·" 1.2 X 10··; 2.8 X 10·" - - - -

345 320 600 230-255

374 - - -

- 644 644 540

300 480 480 425

425 480 - 540

5 X 10"' 4.9 X 10"' - 4.5 X 10 16

3.15 3.30 - 3.0

3.1 - - -

- 3.25 - 3.0

.0011 - - 0.0013 - - - 0.0010

0.3 0.15 0.11 0.01 - - - -

A A A A

A L L A

A A A A

A A A A

L A A A

A A A A

u A A A

L A A A

u A A A

L A A A

A A A A

L - - L

Torlon* 4203

Extruded, polyamide-imide

1.4

16,000-21,500

700,000

5-18

34,900

730,000

18,500

32,100 -

-

Mll9 -

-

1.7 X 10·" -

532

527 -

475

580

8 X 10W -

4.2

3.9 -

-

0.33 -

A

A

L

u

A

A

A

A

A

A

A

L

Torlon* Torlon* 4301 5030

Extruded, Extruded, polyamide-imide polyamide-imide

bearing grade 30% glass reinforced

1.45 1.61

12,000-18,600 16,000-29,700

950,000 1,560,000

5-8 4-15

31,200 48,300

1,000,000 1,700,000

16,400 20,100 - 38,300 - 1,150,000

0.2 -

Ml06 E94 - -

- -

1.4 X 10..:; .9 X 10·" - -

534 539

527 527 - -

475 475 - 840

3 X 10"' 6 X 1016

-

6.0 4.4

5.4 4.2 - 0.022 - 0.023

0.28 0.24 - -

A A

A A

L L

u u

A A

A A

A A

A A

A A

A A

A A

L L

illtem* 1000

Extruded, polyetherimide

1.27

15,200 0

430,000

60

22,000

480,000

15,000

21,900

480,000 -

Ml09 -

-

3.1 X 10·" -

392

419 -

338

830

6.7 X 10 1;

-

3.15 -

-

-

0.25

1.25

A

A

L

L

L

A

A

A

A

A

A

-

illtem* 2300

Extruded, polyetherimide

30% glass reinforced

1.51

24,500

1,300,000

3

33,000

1,300,000 -

30,700

938,000 -

Mll4 -

-

1.1 X 10·5

-

-

419 -

338

770

3.0 X lQW

-

-

-

-

-

.16

.90

A

A

L

L

L

A

A

A

A

A

A

-

Page 142: Piedmont CMG | Bonded Manifolds & Microfluidic Systems