Fabric Tensile Strength Tester    HC-002  Electronic Fabric Strength Machine

The Features of Fabric Tensile Strength Tester 

   1. Higher testing accuracy, force accuracy ≤   2 %, high test repeatability

The screw is high precision ball screw without backlash, which can do high precision tests, and the surface quenching hardness of the screw is high, so the service life can reach decades.

      2. Designed for 6 different mechanical tests

tensile, compression, bending, tearing, shearing, and peeling tests.

      3. Stable testing process

Equipped with a switchable pneumatic tensile fixture, there will be continuous sample tightening force to reduce sample slippage when conducting the test.

      4 . Multiple safety settings

We have a built-in intelligent main power supply, a displacement alarm system, an overload and emergency stop system, and up, and down stroke limiting sensors, which keep your equipment safe and stable.

      5 . We use 16 test parameters, for a more comprehensive test presentation

Displacement, maximum force, elongation, stress, maximum stress, bending stress, speed, force width, thickness, etc.

Testing Standards for Fabric Tensile Strength Tester

ISO 13934-1/2 Textiles - Tensile properties of fabrics - Part 1: Determination of maximum force and elongation at maximum force using the strip method. Part 2: Determination of maximum force using the grab method.

ASTM D5034/D5035 Standard Test Method for Breaking Strength and Elongation of Textile Fabrics (Grab Test / Strip Method).

ISO 13935-1/2 Textiles - Seam tensile properties of fabrics and made-up textile articles - Part 1: Determination of maximum force to seam rupture using the strip method. Part 2: Determination of maximum force to seam rupture using the grab method.

And our   fabric measuring machines for sale   and comply with these international standards


Instrument structure
 

The scope of application is used for tensile, tearing, bursting, peeling, constant elongation, constant load, elastic recovery, seam slip, modulus, single yarn strength and other mechanical properties analysis tests of various textiles, nonwovens, geotextiles, zippers, rubber, footwear, leather, metal, building materials and other materials.

What are the differences between a single-column tensile machine and a double-column tensile machine?

1. Difference One: Appearance Structure

Obviously, one is   single-column , the other is double-column (also known as the door type), double-column weight is heavier.

2. Difference two: Test Force Range

The single-column tensile machine uses a single screw, the double-column tensile machine has double screws, and the double-column tensile machine has a longer beam than the single-column tensile machine, so the test force is much larger. Therefore, the usually double-column tensile testing machine is more than 5KN for the material test (mainly in the 1 ton or more), single-column tensile tester for doing some small test force test, generally below 5KN, that is, below 0.5 tons.

3. Difference three: the specimen requirements

The activity space of the single-column tensile testing machine is relatively small, the bearing test force range is also small, and the size of the specimen requirements is relatively harsh, while the double-column tensile tester has bigger space, so the specimen requirements can be a wider range.

4. Difference four: whether the need to fix the machine

Because of the bigger space and test force of the double-column pull tester machine, the working platform is very large, in order to ensure accurate test data, generally need to build the foundation for fixing, while the single-column pull tester machine with lightweight and structure, generally do not need to be specially fixed.

5. Difference five: product cost

Due to the higher cost of the double-column tensile strength testing machine, so the price is much higher than the single-column tensile testing machine. But they each have their own advantages.

In general, single-column tensile strength machines and double-column tensile strength machines are different in the maximum load, effective test width, effective stretching space, test speed, speed accuracy, etc. But the standard and configuration are similar. Buyers need to consider that, due to the different materials, the test tension will be different, such as textile enterprises, generally choose a single-column tension machine, rubber enterprises can choose a single-column or double-column tension machine, and some metal enterprises, their demand for force values will be larger so that only double-column tension machine can meet the requirements.