Type J Foundation Bolts

The Xiaoguo Type J foundation bolts are used in when mechanical members are installed on a concrete foundation, the J-shaped end of such bolts is embedded in the concrete. The tensile capacity of the Type J foundation bolts is the tensile capacity of the round steel itself, and the size is equal to the section area multiplied by the allowable stress value, which is the allowable tensile capacity at the time of design

Xiaoguo Type J foundation bolts Parameter (Specification)

Xiaoguo Type J foundation bolts Application

Type J foundation bolts are poured with the foundation to hold the equipment without strong vibration and shock.

Type J foundation bolts are used to fix heavy machinery and equipment with strong vibration and shock.

Xiaoguo Type J foundation bolts Details

This Xiaoguo Type J foundation bolts workmanship precision, diverse specifications, high quality, a wide range of applications,the surface of Type J foundation bolts is smooth and smooth without burrs Product manufacturing precision, corrosion resistance and high strength.If there is any other need for the product, we can also provide customized services.

Product Material

Type J Foundation Bolts are mainly made of carbon steel, which is the most common and cost-effective material for this type of fastener. Carbon steel provides sufficient tensile strength and load-bearing capacity, meeting the basic requirements of fixing equipment foundations to concrete or other base structures. Some variants are made of alloy steel, especially for applications that require higher strength, such as fixing heavy-duty industrial machinery or equipment that bears large dynamic loads. Alloy steel undergoes heat treatment to enhance its mechanical properties, making the bolts more durable under harsh working conditions. A small number of Type J Foundation Bolts are made of stainless steel, which is used in environments with high humidity, corrosion risks, or outdoor settings exposed to rain and moisture. Stainless steel prevents rust and corrosion, extending the service life of the bolts. The material selection is determined by the specific application scenario, load requirements, and environmental conditions.