Celtron Load Cell Bend Tear Electronic Tensile Tester High Precise Ball Screw

Product Specification

 
          Celtron load cell testing Bend Tear Electronic Tensile Tester High Precise Ball Screw

 
Product Description
 
Celtron load cell testing Bend Tear Electronic Tensile Tester High Precise Ball Screw is designed for quick and reliable tensile, compression, bending, shear, peel, loop tack and fatigue cycling on metals, tape, composites, alloys, rigid plastics and films, elastomers, textiles, paper, board and finished products.
 
The machine is calibrated as ASTM E4, ISO 75001 international standard. By adding different grips it can do the test of ISO 527, ISO 8295, ISO 37, ISO 178, ISO 6892, ASTM D412, ASTM C1161, ASTM D882, ASTM D885ASTM D918, ASTM D1876, ASTM D4632 and all the force and extension JIS, DIN, BSEN testing standards.
 
 
Main Technical Parameters

 
 
Features 
 
Three definitions of tensile strength:

• Yield strength – the stress at which material strain changes from elastic deformation to plastic deformation, causing it to deform permanently.
• Ultimate strength – the maximum stress a material can withstand when subjected to tension, compression, or shearing. It is the maximum stress on the stress-strain curve.
• Breaking strength – the stress coordinate on the stress-strain curve at the point of rupture.

 
Optional Note:
 
How to buy electronic universal testing machine:
 
First, the different materials testing machine needs:
 
  1. Metallic materials testing machine requirements
 
  2. Plastic material (polymer) of the test machine requires
 
  3. Plastic pipe requirements for testing machines
 
  4. Rubber material testing machine requirements
 
  5. Textile fiber materials required for the testing machine
 
  6. Required spring bearing on the testing machine
 
  7. Film, foil material testing machine of claim
 
  8. Products (or product) of the test machine requires
 
Our approach is as follows:

Samples are provided and then prepared to a known size (tensile bar). For different types of materials, there are known property ranges of tensile yield and elongation.
As the samples are pulled, these properties are measured to find out if the material samples tested fall into the appropriate range predetermined by the standard.
As the material is continually pulled apart until it breaks, you obtain a good, complete tensile profile – a curve shows how the product reacted to the forces being applied. The point of failure is of most interest and is typically called the “ultimate strength,” or UTS on the chart.
 
Machine maintenance

Regularly check the jaw parts of screws, if found loose, tighten timely;
Sliding surface inlay plate and liner contact surface of the dovetail groove on the liner should be kept clean, regularly coated with a thin layer of MoS2 (molybdenum disulfide) grease;
Check the drive sprocket regularly and, if found loose, place the tensioner re-tensioning.
 
Application of Industry:
 
Celtron load cell testing Bend Tear Electronic Tensile Tester High Precise Ball Screw widely used measure quality; rubber and plastics; metallurgical steel; machinery manufacturing; electronic appliances; automobile production; textile and chemical fiber; wire and cable; packaging materials and food; instrumentation; medical equipment; civilian nuclear energy; civil aviation; universities; research laboratory; inspection arbitration, technical supervision departments; building ceramics; petrochemicals; other industries.
 
 
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