Decorative plating is an electrodeposition process where a thin layer of brass, nickel, chrome, or copper is deposited on the wire mesh surface in a tank-dipped procedure. The color of plated metal mesh is generally correct, but since each metal finish is made by hand, the brightness can differ from one job to another. As the base alloy is made of ordinary steel, a plated surface is not suitable for outdoor use. Max dimensions plated metal mesh: approx. 1065mm x 2400mm

A decorative antique plated metal mesh have a base alloy of steel and a coating of other metal such as brass, nickel or copper. The antique plated finish process introduces a dark oxide layer over top of the bright plated alloy. Then, visual depth is created by physically relieving the high points of the wire mesh allowing the bright plated alloy to show through. A thin layer of lacquer is applied after plating to help preserve the finish from further tarnishing.
The color of plated metal mesh is generally correct, but since each metal finish is made by hand, the brightness can differ from one job to another. Since the base alloy is made of ordinary steel, a plated metal mesh is not suitable for outdoor use. Max dimensions plated metal mesh: approx. 1065mm x 2400mm

Powder coating is a cost effective way to add an unlimited range of colors to wire mesh. Powder coating uses an electrostatic charge to attract a fluidized powder evenly across all surfaces of the wire mesh. The electrostatic charge holds the pigmented powder until it passes through an oven where it melts and adheres permanently to the wire mesh. After curing, the wire mesh has a colorful and durable coating.

Powder coating alone provides adequate corrosion protection provided it does coat the product 100%. However, wire mesh is unique in that the round sections of wire are assembled in an over, under fashion. The intersection points (wire on wire) of the wire mesh will therefore not be coated by powder and the material will not be completely protected against corrosion. If conditions exist where corrosion is a concern (Interior or Exterior) then the wire mesh base material specified becomes very important. The most cost-effective solution would be to use pre-galvanized steel wire as the base alloy; the zinc provides good corrosion protection at the metal on metal intersections where powder does not reach.

ou choice powder coating on our products, it is a standard powder coating that is used, powder-coated pure steel. Optional RAL color.

Galvanized metal mesh is made of steel that has been coated with a very thin layer of zinc before the metal mesh is manufactured. It is only slightly more expensive than ordinary steel wire, but is much more corrosion resistant.
For powder coated metal mesh outdoors, galvanized steel should be used as the zinc layer protects the steel from rusting where the powder coating does not cover the metal to 100% in places where the steel wires cross each other.
The corrosion resistance with zinc is good, but the thicker the coating, the longer it takes for the zinc layer to corrode before the steel becomes unprotected. With galvanized steel, the wire coating is very thin, after which additional surface treatment is needed for the metal mesh to be suitable for long-term outdoor use. However, the performance increases sharply when used under a powder coated surface.

Metal mesh DSP.9 can now be offered in anodised aluminium. DSP.9 is a metal mesh made with tools that press the threads firmly before weaving, which creates a dense metal mesh without openness. Anodizing is an electrochemical surface treatment, where the colors merge with the material and preserve the metallic surface of aluminum. Aluminum is a light material compared to stainless steel or brass. Metal mesh DSP.9 in anodized aluminum is a good choice of material as weight is a decisive factor.

Anodized aluminum on the DSP.9 is now offered in six different colors with matte finishes: Champagne, Dark Bronze, Light Bronze, Black, Clear and Gold.

If you want your metal mesh (in copper based alloys) in satin or darker finish you can order your metal mesh in secondary finish, process US10A or US10B, which is possible on most of our rigid copper alloy metal meshes to be used indoors. Contact us for more info.

A secondary process must be introduced if the desired final finish is to be preserved in either a darkened (US10B) or satin (US10A) appearance.

• The US10A finish physically removes the tarnish from the top layer of the bronze, brass, or, copper and seals it with a clear lacquer topcoat
• The US10B finish darkens the bronze, brass, or copper followed by a clear lacquer top coat .

Burned metal mesh can be offered as a surface treatment on some of our malleable stainless steel metal meshes. Contact us for more information. The metal mesh has then undergone a combustion process, which gives the metal mesh its unique flaming appearance with changing shades.

Metal mesh FIA.100 with burned effect is made of small diameter stainless steel metal wires to create a thin, transparent mesh.