**Product Overview**
Rubber&Plastic Testers is a precision instrument series designed specifically for the research and development, production, and quality control of polymer materials such as rubber and plastic. This series of equipment simulates the physical, chemical, and mechanical performance testing of materials in different environments, helping users accurately evaluate key indicators such as tensile strength, wear resistance, temperature resistance, hardness, and resilience of materials, ensuring that products comply with international standards (such as ISO, ASTM, GB, etc.), and are widely used in the fields of automotive, electronics, medical, packaging, and industrial manufacturing.
Rubber&Plastic Testers is a precision instrument series designed specifically for the research and development, production, and quality control of polymer materials such as rubber and plastic. This series of equipment simulates the physical, chemical, and mechanical performance testing of materials in different environments, helping users accurately evaluate key indicators such as tensile strength, wear resistance, temperature resistance, hardness, and resilience of materials, ensuring that products comply with international standards (such as ISO, ASTM, GB, etc.), and are widely used in the fields of automotive, electronics, medical, packaging, and industrial manufacturing.
**Core functions and testing items**
1. ** Mechanical performance testing**
Tensile/Compression/Bending Test: Determine the fracture strength, elastic modulus, and ductility of materials.
Tear strength test: Evaluate the tear resistance of materials (such as films, rubber sheets).
Wear resistance test: Simulate the durability of materials in a frictional environment (such as shoe soles, tires).
2. Thermal performance testing**
Melt Flow Index (MFR/MVR): Analyzing the flowability and processability of plastics.
Hot deformation temperature (HDT) test: detects the critical point of deformation of materials at high temperatures.
Aging test: Accelerate the aging process of simulated materials through ultraviolet radiation, ozone, or temperature and humidity chambers.
3. Analysis of Chemical and Physical Properties**
Hardness testing (Shore hardness, Rockwell hardness): Quickly determine the softness and hardness level of materials.
Density/specific gravity testing: Accurate measurement of material density and porosity.
Liquid/gas permeability test: Evaluate the barrier performance of seals or packaging materials.
1. ** Mechanical performance testing**
Tensile/Compression/Bending Test: Determine the fracture strength, elastic modulus, and ductility of materials.
Tear strength test: Evaluate the tear resistance of materials (such as films, rubber sheets).
Wear resistance test: Simulate the durability of materials in a frictional environment (such as shoe soles, tires).
2. Thermal performance testing**
Melt Flow Index (MFR/MVR): Analyzing the flowability and processability of plastics.
Hot deformation temperature (HDT) test: detects the critical point of deformation of materials at high temperatures.
Aging test: Accelerate the aging process of simulated materials through ultraviolet radiation, ozone, or temperature and humidity chambers.
3. Analysis of Chemical and Physical Properties**
Hardness testing (Shore hardness, Rockwell hardness): Quickly determine the softness and hardness level of materials.
Density/specific gravity testing: Accurate measurement of material density and porosity.
Liquid/gas permeability test: Evaluate the barrier performance of seals or packaging materials.
**Product advantages**
**Accurate and efficient**: Using high-precision sensors and intelligent control systems to ensure data repeatability and reliability.
**Multi functional integration * *: Modular design supports one machine for multiple uses, adapting to multiple testing standards and fixtures.
**Intelligent operation **: equipped with touch screen interface and data analysis software, supporting real-time curve display, data export, and report generation.
**Durable and safe: The all metal body structure meets industrial grade protection standards (IP protection level), ensuring long-term stable operation.
**Global Certification **: Passed international certifications such as CE and RoHS to meet global market access requirements.
**Accurate and efficient**: Using high-precision sensors and intelligent control systems to ensure data repeatability and reliability.
**Multi functional integration * *: Modular design supports one machine for multiple uses, adapting to multiple testing standards and fixtures.
**Intelligent operation **: equipped with touch screen interface and data analysis software, supporting real-time curve display, data export, and report generation.
**Durable and safe: The all metal body structure meets industrial grade protection standards (IP protection level), ensuring long-term stable operation.
**Global Certification **: Passed international certifications such as CE and RoHS to meet global market access requirements.
**Application scenarios**
-Research and Development Laboratory: Development of new material formulas and validation of performance optimization.
-Production line QC: Quickly inspect product batches to ensure quality consistency.
-** Third party testing agency **: issues authoritative testing reports and supports industry compliance certification.
-** Universities and research institutes**: Teaching and basic research in materials science.
-Research and Development Laboratory: Development of new material formulas and validation of performance optimization.
-Production line QC: Quickly inspect product batches to ensure quality consistency.
-** Third party testing agency **: issues authoritative testing reports and supports industry compliance certification.
-** Universities and research institutes**: Teaching and basic research in materials science.
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