| Materials Properties Technical Data |
Clamp Pair Materials
Other materials have been used and are available on request. |
PP |
SP |
AL |
NN |
| Polypropylene |
Santoprene |
Aluminum |
HDPE |
| Color |
Black |
Tan |
Natural Aluminum |
White |
| Description |
Thermoplastic
Copolymer |
Thermoplastic
Elastomer |
AlSi12 |
High Density
Polyethylene |
| Mechanical Properties |
| Tensile Strength |
3300 psi
(at yield, 73º F)
(ASTM D638) |
1740 psi
(at yield, 73º F)
(ASTM D638) |
19,000 psi
(at yield, 73º F)
(ASTM D638) |
4500 psi
(at yield, 73º F)
(ASTM D638) |
| Tensile Elongation |
6.6%
(at yield, 73º F)
(ASTM D638) |
31%
(at yield, 73º F)
(ASTM D638) |
3.5%
(at yield, 73º F)
(ASTM D638) |
|
| Hardness |
|
50 Shore D
(ASTM D2240) |
|
65 R
(Rockwell "R" Scale) |
| Thermal Properties |
Temperature Range
(Brief Exposure) |
(-22º F to + 215º F
(-30º C to + 102º C) |
(-40º F to + 302º F
(-40º C to + 150º C) |
(-65º F to + 750º F
(-54º C to + 399º C) |
|
Temperature Range
(Continuous Exposure) |
(-22º F to + 194º F
(-30º C to + 90º C) |
(-40º F to + 275º F
(-40º C to + 135º C) |
(-65º F to + 500º F
(-54º C to + 260º C) |
(-58º F to + 175º F
(-50º C to + 79º C) |
| Electrical Properties |
| Dielectric Strength |
475 V/mil(ASTM D149) |
920 V/mil(ASTM D149) |
|
510 V/mil(ASTM D149) |
| Dielectric Constant |
2.26-2.36(ASTM D150) |
2.300(ASTM D150) |
|
2.35(ASTM D150) |
Volume Resistivity
(Continuous Exposure) |
>2x1016ohm-cm
(ASTM D257) |
>1x1014ohm-cm
(ASTM D257) |
4.4x106ohm-cm
(ASTM D257) |
>6x1015ohm-cm
(ASTM D257) |
| Standards and Specifications |
| |
FDA Regulation Title
21CFR 177.1520 |
UL Listed
File#QMFZ2.E80017 |
|
FDA Regulation Title
21 CFR 177.1520 |
| |
Meets Multiple
Automotive Industry
Specifications |
Meets Multiple
Automotive Industry
Specifications |
|
ADTM D 1248-84
Type lll, Class A |
| |
EU Directive
2002/95EC
(RoHS)Compliant |
EU Directive
2002/95EC
(RoHS)Compliant |
|
Federak Specification
LP-390 Type lll,
Class H, Grade 1 |
| Special Notes |
| Notes: |
*1: Tensile and fatigue strength rise as temperature decreases. The tensile elongation decreases as the temperature decreases.
The information contained in this document is provided as an aid in properly selecting products
and/or options. It is intended to be used by technically experienced users for general reference
only. The supplier assumes no responsibility or liability for the accuracy or completeness of this
document, as well as results obtained by the use of this information. Due to the variety of
possible operating conditions, it is highly recommended that the user make their own tests to
determine the safety and suitability of all products and combinations thereof. The user is solely
responsible for final determination of such conditions. |