The Mechanical Universal Peeling Testing Machine is designed for testing various materials including rubber, plastic, films, composite materials, packaging straps, paper, cables, safety belts, castings, metal plates, and non-metal materials. It can perform a wide range of tests such as tensile, compression, bending, tearing, 90° and 180° peeling, shearing, bonding strength, pulling, and elongation. The system provides precise control and accurate measurement using advanced servo and control technology.
Standards
Complies with ASTM D903, GB/T16491, GB/T1040, GB/T8808, GB/T13022, and other international standards.
Detailed Specifications
- Sensor: 0–200KG high precision load cell, accuracy within ±0.1%
- Main Controller: 32-bit ARM processor for high-speed, high-precision control
- Drive System: AC motor with precision screw
- Control Mode: Pulse Command control for precise motion (speed range 0.01–500 mm/min)
- Data Transmission: RS232 interface
- Display: UTM107 WIN-XP test software with real-time graph display
- Software Control: Supports constant speed, constant displacement, constant load, and multi-step modes
- Test Space: Width 400mm, stroke 1000mm (excluding fixtures)
- Displacement Encoder: 2500 P/R, 0.001mm resolution
- Optional Accessories: Metal extensometer (resolution 0.001mm)
Software Features
- Modular test standard library covering GB, ASTM, DIN, JIS, BS, etc.
- User-defined test parameters and formula customization
- Dual report generation mode with Word and Excel compatibility
- Real-time curve display: Force–Displacement, Force–Time, Stress–Strain
- Supports multiple units: T, KG, N, KN, G, LB; length units mm, cm, inch
- Automatic test return, data storage, and protection functions
- Supports multilingual operation and intelligent interface customization
Applications
This machine is suitable for testing a wide range of materials used in industrial manufacturing, automotive components, adhesive tapes, composites, and polymers. It is ideal for laboratories, universities, quality inspection institutions, and R&D centers requiring accurate mechanical property testing.
