Core Compression Tester
The Core Compression Tester is a robust and highly precise instrument designed to evaluate the load-bearing capacity of paper cores, tubes, and pipes. It measures the maximum compressive force a specimen can withstand before collapsing or deforming. This test is vital for manufacturers of paper cores, yarn carriers, and heavy-duty industrial tubes to ensure their products can survive high-pressure environments during winding, storage, and transit.
Product Overview
Our Core Compression Tester is equipped with a high-performance pneumatic piston that ensures constant and uniform load application. The machine features an adjustable testing area, allowing it to accommodate various specimen diameters and lengths with ease. The maximum crushing force is accurately captured on a precision gauge with a Peak Pointer facility, ensuring that the exact failure point is recorded for quality analysis.
Technical Specifications
| Parameter | Specification |
|---|---|
| Capacity | 1000 Kgf at 6 Kg/cm2 |
| Least Count / Resolution | 1 Kgf |
| Accuracy | 0.2% of Full Scale |
| Power Supply | 110 / 220V, 50/60 Hz, 5 Amp |
| Compressed Air | 6 kg/cm2 |
| Weight | 100 Kg Cast Iron weights (For calibration) |
Advanced Features
Digital Micro-Processor Control
Equipped with an advanced microprocessor-based controller and a bright backlit LCD display. It provides direct digital readouts of the collapsing force, eliminating the need for manual calculations.
Electro-Pneumatic System
Features a maintenance-free electro-pneumatic drive system that applies constant and uniform pressure, ensuring highly accurate and repeatable test results for paper cores and pipes.
Auto-Stop & Smart Return
Designed for efficiency with an 'Auto-Termination' feature that stops the test upon specimen collapse and automatically returns the piston to the home position for the next cycle.
Integrated Control Panel
User-friendly interface with all operations accessible via embedded push buttons on the indicator panel. Features include Peak Hold facility to capture maximum crushing load instantly.