Asbestos Engineering Co.

Asbestos Engineering Co. is a company that specializes in the design and manufacture of fabric expansion joints, often used in a variety of industrial applications. These expansion joints are crucial components for absorbing movement and thermal expansion in piping systems, ducts, and other structures that experience thermal or mechanical stresses.

Outer Layers: Typically made from high-temperature resistant fabrics such as fiberglass, PTFE (Teflon), silicone, or aramid fibers. These materials can withstand temperatures ranging from 250°F (121°C) to 2000°F (1093°C), depending on the fabric used.

Inner Layers: Inner liners may be made from similar materials to ensure durability and resistance to corrosion or erosion caused by gases or liquids flowing through the joint.

Fabric expansion joints are available in a wide range of temperature resistance capacities, from low-temperature applications to those requiring handling of extreme heat. Materials like silicone or PTFE coatings can withstand high thermal loads.

Pressure Rating:These joints can handle a wide range of pressures depending on the reinforcement materials used and the specific design of the joint. The pressure rating is often a key consideration in industries like power generation, cement manufacturing, and chemical processing.
Reinforcement: Fabric expansion joints often include metallic reinforcements such as stainless steel mesh, wire, or fabric bellows for added strength, especially in high-pressure or high-stress applications.

Non-metallic expansion joints, also known as fabric expansion joints, are flexible connectors that absorb movement caused by temperature changes. They are made from a combination of fabrics, elastomers, and fluoroplastics.We hold all the cards for designing and developing exemplary Non Metallic Expansion Joint. These presented products are developed by making high-grade basic material incorporating advanced technology. Our valued clients can avail these products in different technical specifications as per their requirement. To compensate for temperature fluctuations causing the valve spring to expand and contract, preventing potential damage to the valve train components due to stress build-up.