Button Impact Tester

The Button Impact Tester can detect the impact resistance of plastic buttons and plastic buttons assessment. The Button Impact Tester is a precision instrument designed to assess the impact resistance of plastic buttons. Using a freely dropped 0.84 kg (29.5 oz) weight from adjustable heights, it simulates real-world stress on buttons to determine durability and rupture points. Compact and lightweight, this tester is ideal for garment manufacturers, quality control laboratories, and textile testing facilities. Its reliable operation ensures repeatable, accurate results, helping manufacturers maintain high-quality standards and improve product performance. Compatible with multiple impact heights, the tester evaluates buttons under varying stress conditions in line with ASTM D5171 standards.

Instrument Description: This machine is suitable for testing the impact resistance of plastic buttons and plastic buttons.

Working principle: The impact head with a mass of 0.84Kg (29.5oz.) is freely dropped from a certain height to hit the sample, and the rupture of the button is checked to evaluate the impact resistance of the button.

Product Parameter

• Standard: ASTM D5171
• Impact height: 32mm/44mm/67mm/83mm/95mm/117mm
• Impact quality: 0.84kg (29.5oz)
• Weight about: 2.1kg
• Dimensions: 100×150×350mm (L×W×H)

Why Choose this Button Impact Tester?

The Button Impact Tester provides accurate, reliable testing of plastic buttons to ensure product durability and customer satisfaction. Its adjustable impact heights—from 32 mm up to 200 mm—allow flexibility for different button sizes and materials. Lightweight and compact at just 2.1 kg, it is easy to operate and transport for on-site or laboratory testing. The simple drop-weight mechanism guarantees repeatable and precise impact assessments, while compliance with ASTM D5171 standards ensures recognized testing quality. Suitable for garment factories, quality control labs, and textile testing facilities, this tester helps manufacturers evaluate button strength, prevent failures, and optimize material selection. Its robust construction ensures long-term reliability.