Puncture Resistance Tester
The Puncture Resistance Tester is a specialized laboratory instrument designed to measure the energy required to force a pointed triangular pyramid head through corrugated boards, solid fiberboards, and heavy paper. Utilizing a heavy-duty pendulum mechanism, it provides a realistic assessment of a material's resistance to sharp impacts and dynamic stress. This tester is vital for quality control in the packaging industry, ensuring that containers can withstand accidental punctures during automated handling and long-distance shipping.
Product Overview
The Vertex Puncture Resistance Tester evaluates the structural toughness of packaging materials by simulating dynamic piercing forces. The testing process involves clamping the specimen securely in a fixture, followed by the release of a calibrated pendulum from a 90-degree position. As the pyramid-shaped head strikes and pierces the board, the energy absorbed is precisely measured.
This equipment is versatile enough to handle everything from light paper-board to heavy-duty corrugated boxes. With interchangeable weights and a dual-scale reading system (kgf-cm and Joules), it provides manufacturers with the exact data needed to optimize material composition and prevent product damage during transit.
Technical Specifications
| Parameter | Specification |
|---|---|
| Power supply | AC 220V ±10%, 2A, 50Hz, single phase |
| Units | kgf-cm, Joule |
| Temperature | 20°C ±10°C |
Advanced Features
Open Structure Design
Designed with an ergonomic open-frame structure for easy specimen clamping and effortless operation. This accessibility ensures rapid testing cycles and reduced operator fatigue.
Multi-Scale Pendulum
Equipped with interchangeable weights that allow testing across different scales. The high-precision pointer system provides instantaneous and accurate energy absorption readings.
Integrated Security System
Features an advanced operating security system with automatic reset functionality. The mechanical design ensures a safe pendulum release, protecting the operator during high-energy impacts.
High Accuracy & Reliability
Built for consistent and reliable performance in industrial environments. The sturdy construction maintains perfect alignment of the pyramid head for highly repeatable test results.