Manual Tensile & Brinell Testing Machine LBMT-T2010

Introduction

Manual Tensile & Brinell Testing Machine offers a maximum test force of 20 kN. Its compression and bending chambers are positioned between the fixed and lower movable crossbeams. The device can be configured with bending and shearing fixtures for specimen testing. It supports hardware modules to implement hardness testing. Our tester is ideal for performing tensile, compression, bending, shear, and hardness tests on various metallic and non-metallic specimens.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Manual Tensile & Brinell Testing Machine is ideal for performing tensile, compression, bending, shear, and hardness tests on various metallic and non-metallic specimens, providing material strength and mechanical property analysis.

Specifications

Maximum Test Force	20 kN
Test Force Accuracy	0.1 N
Maximum Displacement	20 mm
Maximum System Pressure	10.2 MPa
Maximum Hand Pump Displacement	100 mm
Standard Specimens	Φ5 x M8 x 88 mm (5 each of aluminum alloy and 45-gauge steel)
Power supply	220V
Dimensions (W x D x H)	360 x 360 x 845 mm
Weight	45 kg

Features

Bottom-Mounted Cylinder Structure

Rigid Support Frame

Movable Crossbeam System

M8 Threaded Chuck

Tensile Test Chamber

FAQs

1. Can Manual Tensile and Brinell Testing Machine be used for testing Aluminium foil, 1200 alloy with thickness 0,02 mm.

Yes, Manual Testing Tensile and Brinell Testing Machine can test Aluminium foil, 1200 alloy, thickness 0,02 mm. The testing result is very accurate. The measuring range 1600kpa is enough for testing the bursting strength for 1200 alloy aluminum foil.

2. What materials can the Manual Tensile & Brinell Testing Machine test?

The Manual Tensile & Brinell Testing Machine is designed to test a wide variety of materials, including metals such as steel, aluminum, and alloys, as well as non-metallic materials like plastics, composites, and ceramics. It allows users to perform tensile, compression, bending, shear, and hardness tests to determine mechanical properties. By providing precise force control and reliable measurement, this tester helps engineers, researchers, and quality control personnel evaluate material performance, predict failure points, and optimize product design. Its versatility makes it suitable for both laboratory research and industrial production testing environments.

3. What is the maximum test force and accuracy of the Manual Tensile & Brinell Testing Machine ?

The Manual Tensile & Brinell Testing Machine offers a maximum test force of 20 kN, with precise measurement capabilities to ensure accurate results. The system maintains a high level of test force accuracy, enabling reliable evaluation of material strength under different loading conditions. Its structural design, including a rigid support frame and movable crossbeams, ensures consistent load distribution and minimal mechanical deviation. This allows users to perform repeatable and precise tensile, compression, bending, shear, and hardness tests across various specimen types.

4. How does the Manual Tensile & Brinell Testing Machine ensure versatility in testing?

The Manual Tensile & Brinell Testing Machine can be configured with bending and shearing fixtures to accommodate a wide range of mechanical tests. Additionally, it supports hardware modules for implementing hardness testing, expanding its functionality beyond standard tensile and compression experiments. Its lower movable crossbeam design and adjustable fixtures allow testing of different specimen sizes and shapes, making it suitable for both metallic and non-metallic materials. This flexibility ensures that laboratories and production facilities can use a single machine for multiple testing needs, improving efficiency and reducing equipment costs.

5. What safety features are included in the Manual Tensile & Brinell Testing Machine ?

The Manual Tensile & Brinell Testing Machine is designed with operator safety in mind. Its robust support frame and controlled crossbeam movement minimize accidental misalignment during testing. The hardware modules and fixture setups are securely fastened to prevent slippage, while the rigid frame ensures stability under high loads. By reducing manual intervention during tests, the machine lowers the risk of injury and material damage. Its ergonomic design also makes specimen setup and removal safer and more convenient for users in laboratory or industrial environments.

6. What applications is the Manual Tensile & Brinell Testing Machine suitable for?

The Manual Tensile & Brinell Testing Machine is ideal for a wide range of applications, including material quality control, research and development, industrial production testing, and educational demonstrations. It enables testing of metallic and non-metallic specimens to determine tensile strength, compressive strength, bending performance, shear resistance, and hardness properties. Engineers and researchers can use the data to assess material durability, optimize designs, and ensure compliance with industry standards. Its versatility and precision make it a valuable tool for both small-scale laboratory testing and large-scale industrial material evaluation.