SM3-39

2:1 Continuous Printable Polyolefin Copolymer

USP Class VI

Applications

  • Medical device identification
  • Withstands radiation and gas sterilization methods.
  • Compatible with gamma and e-beam irradiation and gas sterilization processes.
  • Contains less than 1 ppm of heavy metals.

Product Overview

Category
Heat-shrinkable tubing
Material
Polyolefin Copolymer
Shrink ratio
2:1
Shrink temperature
115° C
Continuous operating temperature
-55° C to +105° C
Available colors
Blue
Flammability
Non Flame Retarded
Environmental compliance
Specifications / Approvals
Other

Additional Information

Design Continuous
Mark Performance SAE-AS5942
Fluid Resistance -
Recommended Printer -
Recommended Ribbon SM3 White Ribbon
Software Sumilabel

Basic Properties

Property Test Method Requirement
Physical:
Tensile Strength ASTM D 638 1500 min.
Elongation (%) ASTM D 638 200 min.
Specific Gravity ASTM D 792 1.0 max
Low Temperature Flex (-55° C) AMS-DTL-23053E No cracking
Heat resistance (136° C, 168 hrs.)
Elongation (%) ASTM D 638 100 min.
Longitudinal change (%) AMS-DTL-23053E +5, -15
Secant Modulus (psi) ASTM D 882 2500 max
Electrical:
Dielectric strength (volts/mil) ASTM D 876 500 min.
Volume resistivity (ohm-cm) ASTM D 876 1.0 X 1015 min.
Chemical:
Heavy metals content <1 ppm
Water absorption ASTM D 570 0.2 max.

*For reference use only

Sizes

Nominal Size ID Minimum (As Supplied) ID Maximum (After Recovery) Wall Thickness Nom (After Recovery)
Inches MM Inches MM Inches MM
1/16″ .063 1.6 .031 0.8 .017 0.43
3/32″ .093 2.4 .046 1.2 .020 0.51
1/8″ .125 3.2 .062 1.6 .020 0.80
3/16″ .187 4.8 .093 2.4 .020 0.90
1/4″ .250 6.4 .125 3.2 .025 0.90
3/8″ .375 9.5 .187 4.8 .025 0.90
1/2″ .500 12.7 .250 6.4 .025 0.90


HOW CAN WE HELP?

For any information please Contact Us

Sumitomo Electric Interconnect Products, Inc.
915 Armorlite Drive, San Marcos, CA 92069

T: (760) 761.0600 info@seipusa.com

World leaders in identification
and heat-shrink technology

© 2024 Sumitomo Electric Interconnect Products, Inc.
Site map | Powered by SEA