Rock Mechanics Range Manufacturer,Supplier and Exporter in India
Product Code : JA-ST-9800
The Rock Mechanics Range (SKU JA-ST-9800) covers laboratory systems for measuring the deformation and failure characteristics of rock. Static systems carry loads up to 2 MN and dynamic systems up to 1.5 MN, and the frames are built stiff so that stored energy does not cause backlash or spring effects when a specimen fails. Acoustic velocity and acoustic emission transducers can be added. The range is supplied by JaincoLab.
Specifications
Load capacities and options for the range are:
| Product | Rock Mechanics Range |
| SKU | JA-ST-9800 |
| Purpose | Deformation and failure characteristics of rock |
| Static loading | Up to 2 MN |
| Dynamic loading | Up to 1.5 MN |
| Frame design | Stiff frames to avoid backlash and spring effects at failure |
| Optional transducers | Acoustic velocity and acoustic emissions |
Applications of the rock mechanics range
- Uniaxial and triaxial compression tests on rock cores
- Studies of failure behaviour, where frame stiffness matters
- Dynamic loading tests on rock for mining and tunnelling research
- Acoustic velocity and acoustic emission monitoring during loading
Scope of supply and ordering
Specify static or dynamic loading and the transducer options; each system in the range is quoted to the capacity required.
Frequently asked questions
What load capacities does the range cover?
Static systems carry loads up to 2 MN and dynamic systems up to 1.5 MN.
Why is frame stiffness important in rock testing?
A stiff frame avoids backlash and spring effects when the rock specimen fails, so the failure characteristics are recorded properly.
Which extra transducers can be fitted?
Acoustic velocity and acoustic emissions transducers are available as options.
Related products
The soil testing equipment range lists further items of this kind.
Request a quote
Request a quotation for the Rock Mechanics Range (SKU JA-ST-9800) through the JaincoLab contact page. For tender or project supply, see our tenders page.
