Shore hardness meter LX-D

Shore hardness meter LX-D

1. Introduction to LX-D Shore hardness meter product:
The LX-D Shaw D type hardness meter is suitable for hardness testing of high-quality hardness materials such as hard rubber, hard tree fingers, glass, thermoplastics, printing boards, fibers, acrylics, etc. This product complies with the requirements of national GB/T531-1999 standards and other related standards. This instrument has the characteristics of simple structure, easy to use, small body light, and intuitive reading. It can be measured by hand or (optional) the device can be fixed load measurement on the same type of fixed load rack.
2. Technical parameters of LX-D Shore hardness meter:
1. Dial value: 0~100HD
2. Recommended measurement range: 20~90HD
3. Needle stroke: 2.5mm
4. Needle press head size: SR 0.1mm
5. Dimension: 115×60×25mm
6. Weight: ~0.5k
(The above parameters are for reference only, and the detailed parameters are mainly real equipment)
- Previous article:Intelligent Visible Spectrophotometer
- Next article:Plastic Rockwell hardness meter XHR-150
Recommended informationNEWS
- [2023-07-06]Horizontal wire rope tension testing machine
- [2023-07-06]Wire rope tensile testing machine
- [2023-07-06]Elevator wire rope tension test machine
- [2023-07-06]Wire rope horizontal tension testing machine
- [2023-07-06]Horizontal tensile testing machine
- [2023-07-06]Three-ring chain tension testing machine
- [2023-07-06]Anchor tensile tester
- [2023-07-06]Anchor cable tension testing machine
- [2023-07-06]Anchor cable tension testing machine
- [2023-07-06]Anchor cable dynamometer for coal mines
- [2023-07-06]Steel core aluminum stranded wire tensile testing machine
- [2023-07-06]Prestressed steel strand tensile test machine
- [2023-07-06]Steel strand tensile tester
- [2023-07-06]Steel strand test machine
- [2023-07-03]Chain horizontal tensile testing machine
- [2023-07-03]Ring chain horizontal tensile testing machine
- [2023-07-03]Chain tensile testing machine
- [2023-07-03]Projects that can be tested by electronic tensile testing machines