What is a rubber electronic tensile machine?
In the fields of industrial production, scientific research experiments and quality inspection, the rubber electronic tensile machine is a widely used precision instrument. It is mainly used to test the tensile, compression, tearing, bending and other mechanical properties of rubber, plastic, metal, textile and other materials. This article will introduce in detail the definition, working principle, application fields, and popular models and technical parameters of rubber electronic tensile machines in the current market.
1. Basic definition of rubber electronic tensile machine
The rubber electronic tensile machine is a mechanical testing equipment driven by an electronic control system, which can accurately measure the deformation and fracture properties of materials during the stress process. Its core functions include the collection and analysis of tensile strength, elongation at break, elastic modulus and other data.
2. Working principle of rubber electronic tensile machine
The rubber electronic tensile machine drives the beam to move through a motor, applies tension or pressure to the sample, and collects force and displacement data in real time through high-precision sensors. These data are processed by computer software to generate stress-strain curves and other mechanical property indicators.
3. Application fields of rubber electronic tensile machine
Rubber electronic tensile machines are widely used in the following fields:
| field | Specific applications |
|---|---|
| Rubber industry | Test the tensile strength and tear properties of rubber products |
| plastic industry | Measuring the mechanical properties of plastic films and pipes |
| Textiles | Test the breaking strength of fibers and fabrics |
| metal material | Evaluate the tensile properties of metal wires and sheets |
| Scientific research institutions | Research and development of new materials and mechanical properties research |
4. Popular models and technical parameters in the current market
According to market research data in the past 10 days, the following are several popular rubber electronic tensile machine models and their technical parameters:
| Model | maximum load | Accuracy | speed range | price range |
|---|---|---|---|---|
| UTM-5000 | 50kN | ±0.5% | 0.001-500mm/min | ¥25,000-35,000 |
| ETM-200A | 20kN | ±0.3% | 0.1-300mm/min | ¥18,000-25,000 |
| XLL-100 | 10kN | ±0.2% | 0.05-200mm/min | ¥12,000-18,000 |
| HD-B608 | 5kN | ±0.1% | 0.01-100mm/min | ¥8,000-12,000 |
5. Purchasing Guide for Rubber Electronic Tensile Machine
When purchasing an electronic rubber tensile machine, you need to consider the following key factors:
1.Test range: Select equipment with appropriate range according to the maximum stress of the material.
2.Accuracy requirements: High-precision equipment is suitable for scientific research purposes, and standards can be appropriately lowered for industrial testing.
3.speed control: Select the appropriate speed range according to the test standard requirements.
4.Software function: Ease of use and functional completeness of data processing and analysis software.
5.After-sales service: Supplier’s technical support and maintenance service capabilities.
6. Future development trends of rubber electronic tensile machines
With the development of smart manufacturing and Industry 4.0, rubber electronic tensile machines are developing in the following directions:
1.Intelligent: Integrate AI algorithms to realize automatic testing and data analysis.
2.Networking: Support remote control and data cloud storage.
3.Modular: Different test fixtures and sensors can be flexibly configured according to needs.
4.Green energy saving: Using energy-saving motors and environmentally friendly materials.
As an important tool for material testing, the technological progress of the rubber electronic tensile machine will directly promote the development of materials science and industrial manufacturing. Choosing the right equipment and mastering the correct method of use are crucial to ensuring the accuracy and reliability of test results.
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