What is the tensile strength of release fabric cloth ? It is also a widely accepted theoretical value in China, around 20 megapascals. However, measuring this value at the current level of craftsmanship and handicraft production is impractical. However, there is one method for measuring the tensile force of fiberglass cloth, which is more direct, such as physical formulas, stability performance curves, and smaller experimental units. The entire physical experiment requires great patience. The same principle applies to the tensile parameters of glass fiber and a steel bar. Measuring with metal wire will result in power loss, while measuring with glass fiber is equivalent to the tensile force of 1kg of steel bar.

Fiber cloth is a very durable air layer material that can withstand strength between 40mpa and 50mpa when working at heights. However, in our daily lives, the tensile strength of glass fiber can reach the range of 250mpa to 350mpa. So what is the tensile strength of glass fiber? How can we achieve such strength? When working at heights, fiberglass can basically achieve the tensile force required by public standards between 160mpa and 20mpa.

But when we obtain the tensile strength tester for fiber cloth, we need to take a look at the value of the tensile strength, and then based on the material characteristics and application direction, see where to operate, so as to have a rough understanding. For example, the weight of the equipment is 10kg, and a tensile strength of 40mpa is more suitable because we need to reach a tensile strength of 30mpa to 350mpa. If the tensile strength is 30mpa, then we will be relatively much easier and can complete more equipment projects.

So, during the operation process, the weight of the equipment exceeds 120kg, and the tensile strength should reach around 50mpa, which is relatively easier. In the direction of application, we can divide it into applications within the laboratory or applications outside the laboratory. The tensile strength for indoor applications should reach between 20mpa and 30mpa, while for outdoor applications, it should be between 20mpa and 30mpa. Relatively speaking, the tensile strength outside the laboratory is higher.