Advanced Continuous Filament Mat for Professional Preforming

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Advanced Continuous Filament Mat for Professional Preforming

short description:

CFM828 is an optimal material for preforming in closed mold applications, including high- and low-pressure RTM, infusion, and compression molding. Its incorporated thermoplastic powder ensures high deformability and superior stretchability throughout the preform process. This product is commonly used in the production of heavy truck, automotive, and industrial components.

As a continuous filament mat, CFM828 offers a wide selection of customizable preforming solutions designed specifically for closed mold manufacturing.


Product Detail

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FEATURES & BENEFITS

● Deliver a controlled resin-rich surface.

 Exceptional flow characteristics

● Improved mechanical properties

● User-friendly roll, cut, and application

 

PRODUCT CHARACTERISTICS

Product Code Weight(g) Max Width(cm) Binder Type Bundle density(tex) Solid content Resin compatibility Process
CFM828-300 300 260 Thermoplastic Powder 25 6±2 UP/VE/EP Preforming
CFM828-450 450 260 Thermoplastic Powder 25 8±2 UP/VE/EP Preforming
CFM828-600 600 260 Thermoplastic Powder 25 8±2 UP/VE/EP Preforming
CFM858-600 600 260 Thermoplastic Powder 25/50 8±2 UP/VE/EP Preforming

Other weights available upon request.

Other widths available upon request.

PACKAGING

● Core: 3" or 4" dia. x 3+ mm wall thickness

● All rolls and pallets are individually shrink-wrapped

● For full traceability and handling efficiency, every roll and pallet is identified with a unique barcode containing key data: weight, quantity, and production date.

STORAGING

● For optimal performance, protect this material from heat and moisture in a dry warehouse setting.

● Ideal storage conditions: 15°C - 35°C. Avoid prolonged exposure to temperatures outside this range.

● Ideal humidity conditions: 35% - 75% RH. Avoid environments that are excessively dry or damp.

● To ensure safe storage, a maximum of 2 stacked pallets is advised.

 For best results, the material should reach a stable temperature in its final environment; a minimum conditioning period of 24 hours is required.

 For optimal product performance, always reseal the package immediately after use to prevent moisture absorption and contamination.

 


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