Wire mesh is used for numerous applications. However, for some specialized applications such as screen printing and filtration, tensile bolting cloth is used. In this blog post, the basics of tensile bolting cloth, its uses and some features will be addressed. 

What Is Tensile Bolting Cloth?

Tensile bolting cloth is a type of fabric that is designed to be strong, durable, and resistant to high tension. It is typically made from materials like polyester or stainless steel, woven together in a tight mesh pattern that allows for optimal filtration and printing results. It is essentially a woven wire mesh with a uniform square mesh profile.

Application Of Tensile Bolting Cloth

One of the most common uses of tensile bolting cloth is in screen printing. The high tension capability and uniform mesh opening of this steel mesh help to produce clear and precise prints. It also ensures that the ink is evenly distributed, resulting in a clean and professional finish.

Features Of Tensile Bolting Cloth

High Tension Capability

This quality makes it an ideal choice for various industrial applications that require high-tension resistance.

Tensile bolting cloth can withstand immense amounts of pressure without losing its shape or form. Its high tensile strength ensures that it remains taut and stable, even under extreme stress conditions.

Durable Than Silk Or Nylon

When it comes to choosing the perfect bolting cloth for your application, durability is a crucial factor to consider. The material should withstand wear and tear over time, without losing its strength or effectiveness. Tensile bolting cloth is an excellent choice when it comes to durability.

It has exceptional resistance against abrasion and chemical degradation. 
 

Mesh Opening Is Uniform

Meshes made from silk or nylon have a tendency to stretch or flex during manufacturing, thereby altering the openings in the mesh. However, since stainless steel is a rigid material, such distortions can be avoided altogether, leading to uniform mesh opening and high accuracy during screen printing.