New product concept

Super Tough Compounds: Exclusive Alternative to High-end Materials

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Type of Solution sought


Innovative compounds with unique characteristics have been designed to deliver significantly enhanced toughness, mechanical performance in high-temperature and high-pressure conditions while maintaining excellent electrical and friction wear properties.

Who might be interested?
Formulators, Converters, Equipment makers, OEMs interested in:
  • Finding novel high-performance materials exhibiting outstanding characteristics in terms of toughness, electrical properties, high heat, impact, abrasion and chemical resistance
  • Reducing cost while keeping high-level performance including friction and wear characteristics vs PAI, PEEK, PFA, PTFE

Get a chance to be selected as a partner to receive samples and connect with the manufacturer!

Description of Desired Solution

Innovative compounds with unique characteristics have been designed to deliver significantly enhanced toughness, mechanical performance in high-temperature and high-pressure conditions while maintaining excellent electrical and friction wear properties.

Detailed Solution Description

What’s in it for you?
  • Enhance toughness and impact performance along with the electrical and friction & wear performance
  • Reduce cost vs high-end materials PAI, PEEK, PFA, PTFE
Performance characteristics Super tough compounds Test method
Grade A Grade B
(Flexible)
Charpy impact strength (V-notched)
kJ/m2 | 23°		 2 7
Charpy impact strength (unnotched)
kJ/m2 | 23°C		 N.B. N.B. ISO179
Tensile creep strain %
80°C, 20MPa, 100hr		 2.8 4.6 Internal test method
Compressed creep strain %
80°C, 20MPa, 100hr		 1.8 2.4 Internal test method
Compressive strength
MPa, 23°C		 111 84 ISO604
Coefficient of dynamic friction 23°C, 5kg/cm2,
10m/min, 2hr, (vs S45C)		 0.5 0.4 Internal test method
Wear amount (abrasion loss)
mg		 7 13
Dielectric breakdown voltage
kV/mm, 23°C (3mm)		 15 16 Internal test method
Comparative tracking index
V, 23°C 		150 150 IEC60112
Flammability UL94
  		V-0 V-0 UL94
Comparative data set available for download:
  • Impact resistance
  • Compressed creep strain
  • Tensile creep strain
  • Coefficient of dynamic friction
  • Wear amount (abrasion loss)
  • Dielectric breakdown voltage
  • Comparative tracking index
  • Elongation at break
  • Flexural modulus (including at 130°C)
  • Chemical resistance (including data on Automatic Transmission Fluid resistance)
Potential in high-end application areas
Tubes & fittings LiB Gasket Sash roller
Cable tie Motor coils