- The GT-7042-RDHA is specifically designed to assess the rebound resilience of elastomers.
- This instrument applies the pendulum method, utilizing a hammer of specific mass to strike samples for assessing rebound resilience.
-
Standards
- GB/T 1681
- ISO 4662
PRINCIPLE
The GT-7042-RDHA is specifically designed to assess the rebound resilience of elastomers. This instrument applies the pendulum method, utilizing a hammer of specific mass to strike samples for assessing rebound resilience.
Wide applicability:
Well-suited for a wide range of industries such as rubber, plastics, material science, footwear, automotive, electronics, construction, medical devices, and industrial manufacturing.
Material performance assessment:
Helps manufacturers to evaluate the resilience of elastomers to impact under different scenarios to optimize material selection.
Product design improvement:
Enables designers to observe how different materials respond to impact, allowing for adjustments to be made before mass production to improve durability and safety.
Standardized test procedure:
Utilizes a standardized test procedure to provide objective test results and repeatable assessments, ensuring conformity to rebound resilience standards.
Quality assurance:
Ensuring that products consistently meet specific standards for quality, reducing defect rate in production and manufacturing.
High efficiency:
Providing simplified and efficient operation procedures to reduce both operation time and effort.
Standard conformity:
Ensures that products meet industry standards and satisfy quality expectations in the market.
-
Auto-swing mechanism
Releases and returns pendulum automatically to perform repeated impact.
Heating system
Simulates impact under high temperature to meet specific testing requirements.
Pneumatic clamp
Utilizes pneumatic clamping device to secure sample on the anvil, ensuring stability during testing processes.
-
左右滑動看表格
＊Product design and specifications are subject to change without notice.Impact energy 0.5 J Resilience scale range 0 to 100% Length of pendulum 204 mm Drop angle 90° Grip Pneumatic grip Specimen thickness range 0 to 25mm Minimum graduation on the scale 1 mm Preheat temp. range Ambient temperature+10℃ to 100℃ Repeated impact device Auto-return mechanism Dimensions 62 cm × 30 cm × 46 cm Weight (approx.) 90 kg
-
Details
Standards
- GB/T 1681
- ISO 4662
PRINCIPLE
The GT-7042-RDHA is specifically designed to assess the rebound resilience of elastomers. This instrument applies the pendulum method, utilizing a hammer of specific mass to strike samples for assessing rebound resilience.
Wide applicability:
Well-suited for a wide range of industries such as rubber, plastics, material science, footwear, automotive, electronics, construction, medical devices, and industrial manufacturing.
Material performance assessment:
Helps manufacturers to evaluate the resilience of elastomers to impact under different scenarios to optimize material selection.
Product design improvement:
Enables designers to observe how different materials respond to impact, allowing for adjustments to be made before mass production to improve durability and safety.
Standardized test procedure:
Utilizes a standardized test procedure to provide objective test results and repeatable assessments, ensuring conformity to rebound resilience standards.
Quality assurance:
Ensuring that products consistently meet specific standards for quality, reducing defect rate in production and manufacturing.
High efficiency:
Providing simplified and efficient operation procedures to reduce both operation time and effort.
Standard conformity:
Ensures that products meet industry standards and satisfy quality expectations in the market.
-
Features
Auto-swing mechanism
Releases and returns pendulum automatically to perform repeated impact.
Heating system
Simulates impact under high temperature to meet specific testing requirements.
Pneumatic clamp
Utilizes pneumatic clamping device to secure sample on the anvil, ensuring stability during testing processes.
-
Specifications 左右滑動看表格
＊Product design and specifications are subject to change without notice.Impact energy 0.5 J Resilience scale range 0 to 100% Length of pendulum 204 mm Drop angle 90° Grip Pneumatic grip Specimen thickness range 0 to 25mm Minimum graduation on the scale 1 mm Preheat temp. range Ambient temperature+10℃ to 100℃ Repeated impact device Auto-return mechanism Dimensions 62 cm × 30 cm × 46 cm Weight (approx.) 90 kg
