What are the introductory features of epoxy coated wire mesh?

Epoxy Coated Wire Mesh Description

The epoxy coated wire mesh is primarily woven from steel wire and aluminum wire and then covered with epoxy powder with electrostatic spraying process to make this material immune to corrosion and also acid. Epoxy coated wire mesh is generally used as an assistance layer for purification, rather than galvanized wire mesh. It is ideal because of the stability of the structure and also the economic cost.

With competitive price and timely delivery, Jiushen sincerely hope to be your supplier and partner.

 

Base material

Plain steel wire / aluminum wire / stainless steel wire and epoxy powder

Colors

Dark gray and black epoxy coating as standard, other colors can be customized, such as gray, white etc.

 

Specification of Epoxy Mesh:

Substrate Mesh MaterialCoating TypeSpecificationWidth&#;mm&#;Length&#;m&#;ApplicationQ195Oil Resistance18*14/0.-&#;Hydraulic FilterQ*14/0.-&#;Q*10/0.-&#;Q*10/0.-&#;A18*14/0.-&#;AWeather Resistance17*15/0.-&#;Air FilterAWeather Resistance18*15/0.-&#;200Window ScreenSS/0.-&#;200SS/0.720-&#;200Specification, material, appearance colors all can be customized. 

Contact us

.

Epoxy coated mesh has such characteristics:

1. Stable internet structure, easy  to pleated

2. High compatibility with different sorts of corrosive fluids

3. Resilient under heat and also high pressure

4. Easy to clean and also tidy

5. Good flexibility: folded mesh on a rod of 1mm radius of curvature, no fracture on the surface.

6. Weather corrosion resistance: according to ASTM B117-09 salt spray test standard. Can be tested in the salty environment for 96 hours continuously and the mesh surface remains unchanged. Suitable for air filters used in harsh environments and outdoor environments.

7. Oil immersion corrosion resistance: It can be tested under different temperatures and times by various brands of hydraulic oil media around the world, and the coating surface remains unchanged. Suitable for high temperature and high pressure special hydraulic filtration products.

8. Strong adhesion: It can pass H grade pencil test, 1kg/50cm impact test, scratch test, and fatigue resistance test.

Recommended article:
Top Tips for Choosing Temporary Fences in Canada
How Does Self Furring Lath Price Affect Quality?
Epoxy Mesh vs. Traditional Reinforcement: Which is Better?

If you want to learn more, please visit our website epoxy coated mesh exporter.

9. The edge line will not fall off after slitting and cutting.

 

Epoxy coated wire mesh application

Epoxy coated wire mesh is commonly used in different filtration applications as an auxiliary layer for hydraulic filters and air filters, producing a certain good pleating effect, providing maximum air flow and peak filtration.

When epoxy coated wire mesh is used as an epoxy coated filter wire mesh, it is used as a hydraulic filter as well as an air filtration auxiliary layer to support filter paper or non-woven fabric for filtering drill bits debris and rubber impurities from the system to ensure certain hydraulic system as well as air filtration system cleanliness.

Epoxy coated wire mesh is also used as an insect-proof line for windows and doors. It is widely used to resist insects such as flies, insects and bed bugs in hotels, buildings and homes.

 

Product packaging and manufacturing

Epoxy coated wire mesh can be directly rolled into rolls or cut into strips. We work with consumers to provide custom-cut, installation-ready epoxy-coated meshes to help simplify the building and construction process.

 

Fabrication Procedures

60 sets of fast weaving looms are set up on-site to ensure the quality of raw mesh with high precision of opening, straightness of warp and weft lines, mesh defect control and size control; epoxy powder has different brands, we usually choose industrial oil-resistant powder and civil corrosion resistant powder. The two sets of epoxy coating equipment adopt advanced manufacturing process, the coating performance is effectively improved and the coating capacity reaches 15,000 square meters/day.

 

As a professional manufacturer in China, Jiushen has been specializing in providing customized Epoxy coated wire mesh. For more information about Epoxy coated wire mesh, welcome to contact us to get the best solution to epoxy mesh. We will be happy to help you out!

Two specifications are available for epoxy-coated reinforcing steel, ASTM A775 and ASTM A934. Reinforcing steel bars meeting ASTM A775/A775M Standard Specification for Epoxy-Coated Steel Reinforcing Bars are coated in a straight condition and then bent, whereas ASTM A934/A934M Standard Specification for Epoxy-Coated Prefabricated Steel Reinforcing Bars covers bars that are bent prior to coating.

In the early s it was believed that bending of the coated bars would reduce the corrosion performance of coated bars.  At that time, ASTM A775 required bars to pass a flexibility test that only bent the bars 120 degrees. Coatings would often crack or debond from the steel surface when bent to 180 degrees, reducing their corrosion performance. More recent ASTM A775 specifications require that the bars pass a 180 degree flexibility test. This improved specification has been met through improved surface preparation of the steel prior to coating and use of more flexible coatings. 

According to the specifications, Coatings meeting A775 and A934 are required to pass an abrasion test meeting ASTM D. In this test, they are required to exhibit less than 100 mg of weight loss during cycles. Both standards also require coatings to be tested for impact according to ASTM G14 using a 4-lb tup.  ASTM A775 requires coatings to pass an impact requirement of 80 in-lbf without shattering, cracking or bond loss, whereas ASTM A934 requires an impact of only 40 in-lbf. Thus, the general belief that coatings meeting ASTM A934 are tougher is not supported by the relevant ASTM specifications.

Side-by-side corrosion tests were conducted by McDonald et al. as part of a 5-year FHWA research program[1]. These studies found no significant difference in the performance of either the flexible or non-flexible coatings.

For all coated bars, it is important that coated product be inspected after fabrication and prior to placement into the concrete to ensure that any damage is repaired. Further details on fabrication of epoxy-coated bars are presented in Appendix X1 of ASTM A775 and ASTM D.

Are you interested in learning more about epoxy coated wire mesh for concrete? Contact us today to secure an expert consultation!