Combination Perforated Release Film Green Color PE Resin Infusion Mesh

Infusion Mesh , Combination Perforated Release Film , Industrail Plastic Netting , PE Materials , Green Color

1. Description of Production

Infusion Mesh is used in resin infusion projects to distribute the resin across and throughout the laminate. The mesh is a "criss cross" pattern of flexible plastic that facilities resin flow ensuring that resin reaches all the parts of the part.

infusion mesh can also be used selectively to increase resin flow to certain areas of the mould and increase the speed with which the project infuses. Infusion mesh can be used in multiple layers where even greater resin flow is required.

Like most other elements of vacuum bagging or resin infusion "stack" infusion mesh cannot be reused once resin has flown through it and therefore should be considered a disposable consumable of the process.

The tight, low profile crisscross pattern of the infusion mesh distributes a controlled, predictable flow of resin throughout the laminate efficiently and with little waste. The resin will flow slightly slower compared to the red infusion mesh.

The infusion mesh is typically used as a single layer and is placed on top of the peel ply layer. Where even greater resin flow is required, the infusion mesh can be used in multiple layers.

our expanded product line that bonds various vacuum bagging materials together to form a better overall product and reduce “touch labor”, saving companies hours of labor expense while increasing productivity.

Any combination of peel ply, release film, breather, and flow mesh can be bonded together with a non-silicone adhesive and supplied in a variety of widths.

2. Specification of Production

3. Application

► Wind turbine blades
► The flow and infiltration of resins
► Water and air filter applications

► Fencing screen / garden fencing, temporary and permanent applications

► Vacuum assisted forming of composite materials

4. Features

► Even hole

► Light weight

► Stable performance

► Reduce cost with less scrap and rework

► Improve part quality with simplified process.

► Save time with fewer materials to cut and position.