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High and Low Temperature Tensile Testing Machine - Reliable China Suppliers & Factory For Material Testing Solutions
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High and Low Temperature Tensile Testing Machine - Reliable China Suppliers & Factory For Material Testing Solutions

The high and low temperature tensile testing machine is an essential tool for assessing the mechanical properties of materials across various temperature conditions. This versatile equipment, widely sought after by China suppliers and factories, is capable of performing a range of tests, including tensile, compression, bending, peeling, and tearing. It effectively operates at high and low temperatures, as well as at normal conditions, delivering critical metrics such as tensile strength, yield strength, and elongation rate. Enhance your material testing capabilities with this reliable and precise machinery, ideal for industries that demand high-quality and accurate data
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    ⚙️ Technical Specifications
    Parameter TA-LL-E
    Capacity Option 2kg, 5kg, 10kg, 50kg, 100kg, 200kg (optional)
    Test Speed 0~300 mm/min
    Effective Stroke 500 mm
    Test Space 120 mm
    Force Units kgf, g, N, kN
    Stress Units MPa, kPa, kgf/cm², lbf/in²
    Result Output Mini printer
    Printer Color printer
    Compliance Standards YY/T 0148, YY 0265.1, YY 0613, YY 0174, YY 0321.1, GB 8368, GB 19581.0, GB 15811, GB 14232.1, YY/T 0681.2
    🔬 Core Features
    • 1
      Force Measurement Accuracy: Utilizes high-precision sensors ranging from 0.5 to 1 level, with a force measurement range of 2kg to 200kg. Customization is supported.
    • 2
      Integrated Design: The temperature box can be moved or disassembled, allowing for flexible switching between normal temperature and high/low temperature testing.
    • 3
      Circulation System: Built-in air circulation system to ensure uniform temperature inside the box and reduce temperature differences.
    • 4
      Extension Gauge Compatibility: Can be used in conjunction with high/low temperature extension gauges and large deformation extension gauges.
    📋 Standards Compliance
    ISO 6892-2 ASTM E21 ISO 527 ASTM D638 ASTM D2256
    🏭 Application
    Rubber Composite Materials Metal Materials Automobile Parts
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    🔧 Key Components
    ①
    Drive System Equipped with Japanese Panasonic servo motors and ball screws, ensuring stable and precise operation.
    ②
    Data Management USB data export, viewing historical curves.
    ③
    Temperature Control System Utilizes French Takata compressors, combined with PID intelligent temperature control instruments, achieving precise temperature control.
    ④
    Observation Window Multi-layer vacuum tempered glass window, with heating and deicing functions, allowing clear visibility during the testing process.
    ❓ Frequently Asked Questions
    • The sensor is installed externally. It is connected to the fixture through a heat-insulating rod and is combined with a compensation algorithm, which can prevent the interference caused by temperature field fluctuations on the measurement force accuracy.
    • The standard temperature rise and drop rate is 1 to 2 degrees Celsius per minute. For example, it takes approximately 40 to 60 minutes to cool from room temperature to -40 degrees Celsius. Customized models with higher rates can be provided according to your requirements.
    • The incubator is designed with a sliding rail system. During normal temperature testing, the incubator can be moved away and experiments can be conducted directly on the main unit without any interference.
    • The TA-LL-E is available in six standard capacity options: 2kg, 5kg, 10kg, 50kg, 100kg, and 200kg. Custom capacity configurations can also be arranged upon request to meet specific testing requirements.
    • The TA-LL-E complies with a wide range of international and Chinese standards including ISO 6892-2, ASTM E21, ISO 527, ASTM D638, ASTM D2256, as well as YY/T 0148, YY 0265.1, YY 0613, GB 8368, GB 15811, and more, making it suitable for diverse material testing applications.
    • The TA-LL-E is compatible with high/low temperature extension gauges designed for extreme temperature environments, as well as large deformation extension gauges for materials that undergo significant elongation during testing. This ensures accurate strain measurement across a wide range of test conditions.

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