Snap Button Tester

About Snap Button Tester

The Snap Button Tester is a device specifically designed to test the durability of buttons on electronic products. It simulates real-world usage scenarios by repeatedly pressing the button under test at a set frequency and force until a preset number of tests is reached or the button fails.

Standard

ASTM D7142-2/F963: Standard Consumer Safety Specification for Toy Safety

CFR 1500: Consumer Product Safety Commission (CPSC) Hazardous Substances Act

EN 71 PART1: Safety of Toys Mechanical and Physical Properties

GB 6675: National Standard for Toy Safety (China)

ISO 8124: Safety of Toys Migration of Certain Elements

M&P P115A: International Standard for Apparel Fastener Testing

Advantages

Child Safety First: Specifically designed to prevent button/fastener detachment risks in infant/childrens clothing.

Versatile Testing: Evaluates snap buttons, zippers, hooks, D-rings, decals, and denim fasteners.

Precision Force Control: Imada push-pull gauge applies 17 lbs (7.73 kg) vertical force with 0.1 kg accuracy.

Compliance Assurance: Meets CPSC, EN, and ISO standards, reducing liability for manufacturers.

Manual & Automatic Modes: Rotary flywheel for manual force adjustment or automated testing.

Durable Construction: Stainless steel clamps and anvil ensure long-term reliability.

Features

Dual-Clamp Design: Concave clawless pliers (fastener holder) and bottom fabric pliers (garment holder) ensure secure fixation.

Standardized Testing: Applies 17 lbs (7.73 kg) force for 10 seconds to simulate real-world stress.

Adjustable Anvil: Accommodates diverse fabric thicknesses and fastener sizes.

Multi-Purpose Accessories: Includes clamps for zippers, bow ties, and four-hole fasteners.

No Power Required: Manual operation reduces maintenance costs.

Portable Design: Compact size (404075 cm) and 35 kg weight enable easy relocation.

Parameters

Test Procedures

The operation method of the button life tester includes steps such as powering on, setting the number of tests, adjusting the test rate, fixing the sample, installing the test head, adjusting the height of the test bar, connecting the test sample, and starting and pausing the test. These steps ensure that the test output data is accurate and reliable.