Digital Tensile Testing Machine

Digital Tensile Testing Machine

Digital Tensile Testing Machine is highly effective machine that is utilized by many industries. These machines are recommended for checking the tensile strength of materials and final products. The tensile testing machines evaluate tensile strength compression strength and elongation of materials such as metals rubber fabric plastics wires and others. 

The tensile testing machines are highly useful in testing materials for compressive strength of materials tensile strength and other mechanical properties. The machines are capable of evaluating compression and bending to tension of materials and final products.

The high-quality machines can perform well for a longer working hours and have strong load frame. The operational data is nicely displayed on the panel. Most of the machines have memory storage and are designed for easy operation. 

Key Features of Digital Tensile Testing Machine 

• The digital operating panel gives an accurate reading as well as easy to understand readings.
• The digital control panel comes with two jaws and these jaws are moved in opposite directions with the help of a motor.
• It also consists of a gear box and a lead screw arrangement.
• A load sensor is equipped with the machine which is designed to sense accurate readings at which the material breaks.
• There are two types of mechanical testing machines: electromechanical and hydraulic. The electromechanical frames use an electric motor and are equipped with a lead screw arrangement that run the crosshead up and down. 

 Benefits of Tensile Strength Tester 

• Tensile strength testing machines help manufacturers to find the exact breakage point. It will help them to make products based on the functionality and requirement.
• The tensile strength machine can determine the total yield strength.
• Also it checks the tensile strength and finds the ultimate tensile strength.
• The testing machines can also find other properties like ductility and strain hardening character of the material. 

Digital Tensile Testing Machine is a very useful machine for measuring the tensile strength of different types of material. Tensile testing is done to figure out the strength of materials in order to have a clear understanding of the material. It is necessary to get the correct data about materials since these will be used in the production of consumable products.

For instance a chain made of stainless steel for the purpose of firmly tying of freight on trailers. Therefore the tensile strength of the chain determines how much load it can hold along with the cushion provided for load changes as a result of jerks or bumpy road. 

Testing the tensile strength is extremely important for ensuring safety and load bearing capacities of materials. A Digital Tensile Testing Machine accurately provides the data of any material. Cognizant of the need of highly functional tensile testing machines sellers at Tradeindia are dealing in such machines in different types designs and technical specifications to cater to all the demands in the national and international markets.

FAQs:

What are the features of electromechanical machines?

The speed and position accuracy are two advantageous factors for electromechanical machines.

What is more cost-effective? Electromechanical machine or hydraulic machine?

The main component of a hydraulic machine is the piston and the length of the piston can influence the test travel time. Regarding cost-effectiveness hydraulic machines have a better advantage in terms of cost when the sample is required a greater force than 60000 pound-force (lbf).

What are two important features of tensile strength machines?

The first feature of these machines is to know the material property. The second one is to know the behavior of the material when there is an external axial positive load is applied.

What are the best technical specifications of the machine?

Machines undergo different tensile strength testing conditions and have different specifications. There are though some idea specifications such as elongation need to be 3% full scale load accuracy is also 3% full scale and there must be some safety features such as movable limit switch rings and proper earthing is required.