Description
Single Column Pushing Tensile Force Tester | MF-AEL; is designed for push-pull tests in vertical direction and in a single column. Combined with digital or analog push-pull force meters. This product has good stability, wide application range, convenient use advantages and single column structure. It also has stepless speed regulation, manual and automatic control switching function. It can meet the testing needs of rubber and plastics, light industry textiles, building doors and windows, composite materials, wire and cable, auto parts, and scientific research.
TECHNICAL PARAMETERS
| Maximum Load | 5000N |
| Effective Stroke | 200mm, 400mm ve 700mm(optional) |
| Test Speed | 0-280 mm / minute |
| Working Voltage | 220V |
| Main Dimensions | 280 x 340 x 780 (200 mm); 280 x 340 x 980 (400 mm); 280 x 340 x 1270 (700 mm) |
| Net Weight | 30 kg |
The single-column push-pull tester is a test bench used to measure the durability and tensile strength of materials. These devices play an important role, especially in the fields of engineering and materials science.
Main Features
1.Vertical Single Column Design
The device is designed with a single column structure operating in the vertical direction. This construction allows loads to be applied uniformly during testing while ensuring stability.
2.Effective Stroke
The devices are available with different stroke lengths such as 200mm, 400mm and 700mm. Users can choose the suitable one according to their needs.
3.Speed Adjustment
With stepless speed adjustment, the test speed can be set between 0-280 mm/min. This feature helps to ensure appropriate test conditions for different material types.
4.Digital or Analogue Display
The devices are equipped with digital or analogue push-pull force meters. In this way, users can easily follow the measurement results.
Areas of Use
- Material Testing: Used to measure the tensile and compressive strength of various materials such as rubber, plastic, composite materials.
- Quality Control: It is important to evaluate the durability of products for quality control purposes in production processes.
- Scientific Research: Used to determine the mechanical properties of new materials in research laboratories.
