Leather Cracking Testing Machine
HY-853
pecialized in measuring the crack resistance index of thin leathers and leather surfaces, as well as conducting crack resistance deformation tests on shoe upper materials.
Quantity:
Product Overview
The Leather Cracking Tester is a professional testing instrument designed to evaluate the crack resistance performance of various thin leathers, leather surfaces, and upper materials. It provides accurate and reliable data on the crack resistance index and anti-deformation capacity of leather products, making it an essential tool for quality control, research and development, and compliance testing in the leather, footwear, and accessories industries.
The Leather Cracking Tester is a professional testing instrument designed to evaluate the crack resistance performance of various thin leathers, leather surfaces, and upper materials. It provides accurate and reliable data on the crack resistance index and anti-deformation capacity of leather products, making it an essential tool for quality control, research and development, and compliance testing in the leather, footwear, and accessories industries.
Functions & Testing Principle
Key Testing Capabilities: Specialized in measuring the crack resistance index of thin leathers and leather surfaces, as well as conducting crack resistance deformation tests on shoe upper materials.Functions & Testing Principle
Key Testing Capabilities: Specialized in measuring the crack resistance index of thin leathers and leather surfaces, as well as conducting crack resistance deformation tests on shoe upper materials.
Key Testing Capabilities: Specialized in measuring the crack resistance index of thin leathers and leather surfaces, as well as conducting crack resistance deformation tests on shoe upper materials.Functions & Testing Principle
Key Testing Capabilities: Specialized in measuring the crack resistance index of thin leathers and leather surfaces, as well as conducting crack resistance deformation tests on shoe upper materials.
Scientific Testing Process:
The tester securely fixes the periphery of the leather sample first. A steel ball is then pushed upward from the inner surface of the leather at a constant speed of 12mm per minute. When the leather surface bears a force of 80N, the vertical height the sample rises to is recorded as the crack resistance value—providing a quantitative assessment of the material's ability to resist cracking under controlled stress.Scientific Testing Process: The tester securely fixes the periphery of the leather sample first. A steel ball is then pushed upward from the inner surface of the leather at a constant speed of 12mm per minute. When the leather surface bears a force of 80N, the vertical height the sample rises to is recorded as the crack resistance value—providing a quantitative assessment of the material's ability to resist cracking under controlled stress.
Precision Control:
Equipped with high-precision force and displacement sensors, ensuring consistent test conditions and accurate data output, which effectively avoids human error and guarantees repeatability of test results.Precision Control: Equipped with high-precision force and displacement sensors, ensuring consistent test conditions and accurate data output, which effectively avoids human error and guarantees repeatability of test results.
Leather cracking testing machine is based on standards: GB/T3903.40, QB/T2712, ISO 17695, ISO3379, DIN 53325, BS 3144, BS 3424, SATRATm24,
ISO 3379, Adidas GE-22, IUP9leather cracking testing machine is based on standards: GB/T3903.40, QB/T2712, ISO 17695, ISO3379, DIN 53325, BS 3144, BS 3424, SATRA TM24,
ISO 3379, Adidas GE-22, IUP9
ISO 3379, Adidas GE-22, IUP9leather cracking testing machine is based on standards: GB/T3903.40, QB/T2712, ISO 17695, ISO3379, DIN 53325, BS 3144, BS 3424, SATRA TM24,
ISO 3379, Adidas GE-22, IUP9
Application Scenarios
Ideal for testing a wide range of leather materials and related products, including:
Thin leathers (e.g., cowhide, sheepskin, pigskin, synthetic leather)
Leather surfaces of bags, wallets, belts, and other accessories
Shoe uppers for sports shoes, leather shoes, boots, etc.
Leather components in automotive interiors, furniture, and apparel
Product Advantages
High Accuracy: Advanced sensor technology and precise mechanical transmission ensure reliable test data, supporting strict quality assessment.
Wide Compatibility: Complies with multiple international and industry standards, meeting the testing needs of different regions and markets.
Easy Operation: Intuitive control panel and automated testing process reduce operational complexity, improving testing efficiency.
Durable Design: Constructed with high-quality materials and stable mechanical structure, suitable for long-term continuous use in laboratories and production lines.
Data Traceability: Capable of recording and storing test parameters and results, facilitating data analysis, report generation, and quality traceability.Application Scenarios
Ideal for testing a wide range of leather materials and related products, including:
Thin leathers (e.g., cowhide, sheepskin, pigskin, synthetic leather)
Leather surfaces of bags, wallets, belts, and other accessories
Shoe uppers for sports shoes, leather shoes, boots, etc.
Leather components in automotive interiors, furniture, and apparel
Product Advantages
High Accuracy: Advanced sensor technology and precise mechanical transmission ensure reliable test data, supporting strict quality assessment.
Wide Compatibility: Complies with multiple international and industry standards, meeting the testing needs of different regions and markets.
Easy Operation: Intuitive control panel and automated testing process reduce operational complexity, improving testing efficiency.
Durable Design: Constructed with high-quality materials and stable mechanical structure, suitable for long-term continuous use in laboratories and production lines.
Data Traceability: Capable of recording and storing test parameters and results, facilitating data analysis, report generation, and quality traceability.
Ideal for testing a wide range of leather materials and related products, including:
Thin leathers (e.g., cowhide, sheepskin, pigskin, synthetic leather)
Leather surfaces of bags, wallets, belts, and other accessories
Shoe uppers for sports shoes, leather shoes, boots, etc.
Leather components in automotive interiors, furniture, and apparel
Product Advantages
High Accuracy: Advanced sensor technology and precise mechanical transmission ensure reliable test data, supporting strict quality assessment.
Wide Compatibility: Complies with multiple international and industry standards, meeting the testing needs of different regions and markets.
Easy Operation: Intuitive control panel and automated testing process reduce operational complexity, improving testing efficiency.
Durable Design: Constructed with high-quality materials and stable mechanical structure, suitable for long-term continuous use in laboratories and production lines.
Data Traceability: Capable of recording and storing test parameters and results, facilitating data analysis, report generation, and quality traceability.Application Scenarios
Ideal for testing a wide range of leather materials and related products, including:
Thin leathers (e.g., cowhide, sheepskin, pigskin, synthetic leather)
Leather surfaces of bags, wallets, belts, and other accessories
Shoe uppers for sports shoes, leather shoes, boots, etc.
Leather components in automotive interiors, furniture, and apparel
Product Advantages
High Accuracy: Advanced sensor technology and precise mechanical transmission ensure reliable test data, supporting strict quality assessment.
Wide Compatibility: Complies with multiple international and industry standards, meeting the testing needs of different regions and markets.
Easy Operation: Intuitive control panel and automated testing process reduce operational complexity, improving testing efficiency.
Durable Design: Constructed with high-quality materials and stable mechanical structure, suitable for long-term continuous use in laboratories and production lines.
Data Traceability: Capable of recording and storing test parameters and results, facilitating data analysis, report generation, and quality traceability.
