STR200
BSCI, ISO, RoHS
Needle Mat
Combination Mat
E-Glass
ISO
Needle Mat
Stitch Bonding Mat
E-Glass
12mm
From 30cm to 200cm
150kg/M3
STR
Carton or Pallet
CE
China
70195900
Product Description
High Silica Needle mat
High Silica needle mat is a new reinforcement product. The needle mat is made from continuous high silica strands or chopped fiberglass strands randomlylooped and laid on a conveyer belt, then needle stitched together. Needle Mat is primarily used in fiberglass molding processes such as GMT, RTM, etc. Typical products are automotive running boards, architectural panels, large industrial panels and other FRP products.
thickness: 12mm
Characteristics
Application:
1) Needle Mat is primarily used in fiberglass molding processes such as GMT,
RTM, AZDEL.
2) Typical products are used for some craftworks such as injection, pressing,
mould compression, pultrusion and lamination.
High Silica needle mat is a new reinforcement product. The needle mat is made from continuous high silica strands or chopped fiberglass strands randomlylooped and laid on a conveyer belt, then needle stitched together. Needle Mat is primarily used in fiberglass molding processes such as GMT, RTM, etc. Typical products are automotive running boards, architectural panels, large industrial panels and other FRP products.
thickness: 12mm
Characteristics
| 1. No binder or other knitting material used to bond the mat together. |
| 2. Good resin flowability and impregnation capability. No white strands. |
| 3. Strand has good resistance to wash ability and suitable for RTM, GMT and other molding processes, 20 N/100 MM. |
| 4. The mat is suitable for thick molded components because of its strong tenacity. |
| 5. Needle mat easily fills the mold and conforms to complex shapes, while providing a smooth finished surface. |
| 6. The mat is fluey and convenient for running. |
Application:
1) Needle Mat is primarily used in fiberglass molding processes such as GMT,
RTM, AZDEL.
2) Typical products are used for some craftworks such as injection, pressing,
mould compression, pultrusion and lamination.
