Continuous Panel Molding Process
A resin mix is uniformly deposited in a controlled amount onto a moving film at aconstant speed. The thickness of the resin is controlled by the draw-knife. Fiberglass roving is chopped and uniformly distributed onto the resin. Then a top film is applied forming a sandwich structure. The wet assembly travels through a curing oven to form the composite panel.
Assembled Panel Rovings
Assembled Panel Rovings are coated with a silane-based sizing and compatible with UP and acrylic resins. They can fast wet-out in resin and deliver excellent dispersion after chopping.
Product Features
1.Low static, fast wet-out, no white fibers.
2.Extremely fast welout, no whie fbers, supenor transparency.
3.Low static,moderate wet-out excellent dispersion after chopping under low tension.
End-Use Markets
PRODUCT DATA
ltem | Linear density variation | Moisture content | Sizing content | Stiffness |
Unit | % | % | % | mm |
Test menthod | ISO 1889 | ISO 3344 | ISO 1887 | ISO 3375 |
Standard range | ± 4 | ≤0.07 | 0.55±0.15 | 120±20 |
PACKING
Item | unit | Standard | |||
Typical packaging method | / | Packed on pallets. | |||
Typical package height | mm(in) | 260(10.2) | |||
Package inner diameter | mm(in) | 100 (3.9) | |||
Typical package outer diameter | mm(in) | 280(11.0) | 310(12.2) | ||
Typical package weight | kg(Ib) | 17.5 (37.5) | 22 (48.5) | ||
Number of layers | (layer) | 3 | 4 | 3 | 4 |
Number of packages per layer | (pcs) | 16 | 12 | ||
Number of packages per pallet | (pcs) | 48 | 64 | 36 | 48 |
Net weight per pallet | kg (Ib) | 840(1851.9) | 1120 (2469.2) | 792(1746.1) | 1056 (2328.1) |
Pallet length | mm(in) | 1140 (44.9) | 1270(50.0) | ||
Pallet width | mm (in) | 1140 (44.9) | 960 (37.8) | ||
Pallet height | mm(in) | 940 (37.0) | 1200 (47.2) | 940 (37.0) | 1200 (47.2) |