A Slide Plate is an Essential Product in the Oil and Gas Industry

Slide Plate is a linear bearing that works as the expansion joint for the bridges. The Slide Plate is also used in structural and mechanical engineering applications. These plates have a low coefficient of friction that the contractors attach to the supporting structures. Combining these linear bearings provides maximized support, and the object can move freely too. These plates are made of Steel, Lubrite, PTFE, and TEF-MET. The slide plate made of these materials, especially PTFE, is used in high velocity and low heat conditions.

Use of Slide Plates

As we know, slide plates reduce friction coefficient, so it works as the stationary support element. They work best to minimize any forces generated because of deflections. Using the slide plate in the Oil and Gas Industry, the structures installed will get free movement, and there will be no extra stress caused on the designs.

Moreover, the slide plates made of steel or any other material require no surface treatments and work great in industries with high wear resistance. The drives use bearings at both onshore and offshore places. The slide plates materials work best for the valves, pumps, down-hole drilling, and generators.

How is Slide Plate Designed for the Oil and Gas Industry?

There are multiple design applications used for the slide plate using industry-grade materials. But, mainly, the glass-filled PTFE is used for structural applications in the oil and gas industry. Many reputed companies specifically design the plate for the oil and gas industries. The loading range used for the slide plate is 75 to 3,500psi. Its temperature range while manufacturing ranges between -320° too +400°F. The coefficient of friction ranges between 0.10 to 0.04. The reason is the manufacturers use the Epoxy bond.

While making the slide plate, the manufacturers use the 25% glass-filled PTFE bond with high temperatures. Moreover, epoxy adhesive is used in the backer plate. This glass-filled PTFE is bonded to the steel backing plate for maximum agility. The stainless steel is used surface face-down and PTFE on the surface face-up with lower elements bearing. This averts the lower shell from being exposed to the grit, contaminants, or dirt when the slide plate is installed at a structure’s site.

Conclusion

We know how slide plate is designed for the oil and gas industry, so we must get the services from reputed contractors. Get the Steel Embed Plates Houston and Slide Plate Houston from the renowned contractors GRM Custom Products. Call them today to get the personalized quote!

The Blog A Slide Plate is an Essential Product in the Oil and Gas Industry is originally post on HERE

Location: 11133 Interstate 45 S q, Conroe, TX 77385, USA

Comments

Post a Comment

Popular posts from this blog

Dominant Properties and Suitable Usages of PTFE Tubing in construction?

Image
PTFE stands for Poly Tetra Fluoro Ethylene, a polymer discovered by accident at Dupont by Mr. Plunkett. PTFE is available mainly in powder form and does not melt or flow. When heated over 350 degrees Celsius, PTFE transforms from a solid to a gas. Injection molding is not possible with PTFE since it does not melt flow. Compression molding, ram extrusion, and paste extrusion are all options for PTFE. Paste extrusion is used to make PTFE tubing. PTFE tubing made by paste extrusion is very flexible.  Properties of PTFE Tubing Food and Drug Administration (FDA) criteria are met. Electrical properties are the best. Chemical resistance that is universal In the production of PTFE tubing, plasticizers are not used. Permeation is poor. Absorption is deficient. UV resistance is excellent. Compression fittings such as connectors and adapters are used to connect PTFE tubing to equipment and machines. The PTFE tubing's ID and OD dimension tolerances must be extremely tight to
Read more

How FRP Composites Developed as a Sustainable Building Material?

Image
The construction industry has experienced significant growth in fiber-reinforced polymer (FRP) composites of new structures and rehabilitation of existing facilities over the past decades. However, the feasibility of FRP composites remains a question regarding its framework of a sustainable environment. Nevertheless, its unique properties overpower the potential challenge that FRP composites pose. FRP composites are lightweight, non-corrosive, exhibit high specific strength and stiffness that can be constructed as per the need to enhance the performance requirements. To evaluate the sustainability of FRP composites, we need to consider factors such as energy/resource consumption, social factors, economic considerations, performance criteria, and more. The evaluation of FRP material is also required to determine the sustainability of a structure such as FRP Handrails Houston . The sustainability process includes a life cycle assessment that involves inputs and outputs for the pha
Read more