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Price: $3300
Linear Abrasion Tester TZ-LTA100 features a single test station with an adjustable test trip within the range of 0 to 101.6 mm. It offers a test speed range from 2 to 72 rpm for material performance assessments of a wide range of materials. Our tester is integrated with PLC with a touchscreen interface for real-time monitoring and parameter adjustment. It is designed to evaluate the abrasion resistance of various materials, such as plastics, automotive components, rubber, and leather.
Specification
| Test Station | 1 |
|---|---|
| Test Trip | 0101.6 mm |
| Test Speed | 2 to 72 rpm |
| Weights | 250 g, 6 pcs |
| Friction Head Weight | 750 g |
| Load | 750 g to 2250 g |
| Friction Station Aiming Mode | Laser line aiming |
| Power Supply | 1 AC 220V 50/60 Hz |
| Dimensions (L×W×H) | 870 × 320 × 520 mm |
| Packaging Dimension (L×W×H) | 1030 × 470 × 650 mm |
| Weight | 45 Kg |
Features
• Supports dry or wet abrasion test
• Laser line aiming in friction testing
• Measures scratch resistance
• Analyzes transitivity of colour
Applications
Linear Abrasion Tester abrasion resistance of various materials and widely used in leather, textiles, coating and paints, plastics, footwear manufacturing, research and development.
Leather Abrasion Tester is designed to precisely assess the wear resistance and durability of leather materials under controlled conditions. These instruments simulate dry, wet, and fabric-on-leather abrasion, evaluating leather performance for footwear, apparel and furniture. They feature adjustable parameters for speed, load, and test duration, for diverse testing needs for repeatable and consistent results. They are integrated with an intuitive digital interface for real-time monitoring and easy operation. These are crafted with durable materials and feature multiple sample holders of various sizes and shapes. Our Leather Abrasion Testers comply with ISO 17704, ASTM D3884, ISO 12947, and EN 13520 standards for reliable, standardized results.
Our Leather Flexing Tester evaluate the flexibility, wear resistance, and durability of leather under repeated flexing conditions. These advanced testers simulate the stress leather materials ensuring that the leather meets the highest standards of performance and longevity. These instruments are equipped with a digital interface for real-time monitoring, allowing operators to easily track and control the testing process. Our testers are equipped with multiple sample holders for various leather sample sizes and shapes, making the tester adaptable to different industry needs. They also come with integrated safety features such as automatic shutdown and overload protection to ensure safe operation during use. Our Leather Flexing Testers comply with ISO 5402, ASTM D2055, and EN 13513, ensuring reliable and accurate results.
Testoz Leather Waterproofness Tester is designed for the precise evaluation of water resistance and to assess the waterproof qualities of leather products They feature adjustable pressure and exposure time settings accommodating different types of leather. These are equipped with a user-friendly digital interface for real-time monitoring of test parameters, for optimal testing conditions. Our testers are integrated with high-precision sensors that deliver accurate measurements of water penetration. They comply with ISO 20811, ASTM D722, and EN 13520 standards, ensuring accurate and standardized waterproofing results.
Our Leather Durability and Aging Testers provide a comprehensive analysis of leather's long-term performance, offering a thorough assessment of durability and wear resistance. These feature adjustable parameters such as temperature, humidity, and testing duration. They feature an intuitive digital control system for easy operation and real-time monitoring. Our testers are integrated with high-precision sensors and measure key attributes like texture, strength, and colour changes. These are built for reliability and efficiency, our testers include multiple sample holders, allowing different leather types and sizes to be tested simultaneously. They are compliant with global standards such as ISO 5398, ASTM D1308, and EN 13520, and provide consistent, accurate results.
