The ICCA test offers direct control and measurement of the following key parameters:

  • Wheel revolution speed
  • Overall impact period, tP
  • Peak impact force, FD
  • Contact duration of impact, tD

It also records the following measurements:

  • Normal force
  • Normal displacement
  • Friction force
  • Friction displacement (i.e. wheel rotation)
  • Abrasion depth

Learn more in our blog post: Latest Addition: the Coesfeld Instrumented Chip & Cut Analyser

The Benefits of Sourcing Your Instruments from Endurica

  • Protocols that maximize operational exposure and measurement production while fully respecting test time budget
  • High test reliability via built-in quality control and noise minimization strategies
  • Full compatibility with modern durability simulation codes Endurica CL™ and fe-safe/Rubber™
  • Easy-to-use, works-every-time test setup – take the guess-work out of specifying test conditions
  • Intuitive operation. Automated control, data acquisition and reporting
  • Fully supported by the world’s leading experts in elastomer durability and in testing instrumentation for the rubber industry

The Coesfeld Instrumented Chip and Cut Analyzer (ICCA) is an advanced instrument designed for analyzing the chip and cut resistance of rubber compounds under controlled, repeatable conditions. This tool improves upon traditional testing methods by providing precise control over key parameters such as impact force, contact duration, and wheel revolution speed.

The ICCA utilizes a round rubber specimen that rotates while a pneumatically actuated impactor delivers impacts, simulating real-world conditions such as those encountered in off-road tires or other applications subject to rough surfaces. The test collects data on normal force, friction force, displacement, and abrasion depth, allowing for comprehensive analysis of material performance.

Key Features:

  • Programmable loading and integrated force measurement ensure accurate simulation of field conditions.
  • The ICCA offers a unique “parameter P” for quantitative measurement of chip and cut resistance, providing clear, data-driven results.
  • Automatic data analysis enables correlation between lab results and real-world performance, helping manufacturers optimize material formulations for durability.

The Coesfeld ICCA is an invaluable tool for improving product lifespan by diagnosing and addressing potential material weaknesses under extreme conditions. Its comprehensive data collection and control capabilities make it a superior choice for durability testing.