Direct Roving For Filament Winding
Direct Roving For Filament Winding
Direct Roving for Filament winding, is compatible with unsaturated polyester, polyurethane, vinyl ester, epoxy and phenolic resins.
Features
●Good process performance and low fuzz
●Compatibillty with multiple of resin systems
●Good mechanical properties
●Complete and fast wet-out
●Excellent acid corrosion resistance
Application
Main uses include manufacture of FRP pipes of various diameters, high-pressure pipes for petroleum transitions, pressure vessels, storage tanks, and, insulation materials such as utility rods and insulation tube.
Product List
|
Item |
Linear Density |
Resin Compatibility |
Features |
End Use |
|
BHFW-01D |
1200,2000,2400 |
EP |
Compatible with epoxy resin, designed for filament winding process under high tension |
used as reinforcement to manufacture high pressure pipe for petroleum transmission |
|
BHFW-02D |
2000 |
Polyurethane |
Compatible with epoxy resin, designed for filament winding process under high tension |
Used to manufacture utility rods |
|
BHFW-03D |
200-9600 |
UP,VE,EP |
Compatible with resins; Low fuzz; Superior processing property; High mechanical strength of the composite product |
Used to manufacture storage tanks and medial-pressure FRP pipes for water transmission and chemical corrosion |
|
BHFW-04D |
1200,2400 |
EP |
Excellent electrical property |
Used to manufacture hollow insulation pipe |
|
BHFW-05D |
200-9600 |
UP,VE,EP |
Compatible with resins; Excellent mechanical properties of the composite product |
Used to manufacture normal pressure-resistant FRP pipes and storage tanks |
|
BHFW-06D |
735 |
UP,VE,UP |
Excellent process performance; Excellent chemical corrosion resistance, such as crude oil and gas H2S corrosion etc; Excellent abrasion resistance |
Designed for RTP (reinforcement thermoplastics pipe) filament winding which requires acid resistance and abrasion resistance. It is suitable for application in spoolable piping systems |
|
BHFW-07D |
300-2400 |
EP |
Compatible with epoxy resin; Low fuzz; Designed for filament winding process under low tension |
used as reinforcement of pressure vessel and high- and medial- pressure resistance FRP pipe for water transmission |
| Identification | |||||||
|
Type of Glass |
E |
||||||
|
Direct Roving |
R |
||||||
|
Filament Diameter, μm |
13 |
16 |
17 |
17 |
22 |
24 |
31 |
|
Linear Density, tex |
300 |
200 400 |
600 735 |
1100 1200 |
2200 |
2400 4800 |
9600 |
| Technical Parameters | |||
|
Linear Density (%) |
Moisture Content (%) |
Size Content (%) |
Breakage Strength (N/Tex) |
|
ISO1889 |
ISO3344 |
ISO1887 |
IS03341 |
|
±5 |
≤0.10 |
0.55±0.15 |
≥0.40 |
Filament Winding Process
Traditional Filament Winding
In the filament winding process , continuous strands of resin-impregnated glassfiber are wound under tension onto a mandrel in precise geometric patterns tobuild up the part which is then cured to form the finished parts.
Continuous Filament Winding
Multiple laminate layers , composed of resin , reinforcement glass and other materials are applied to a rotating mandrel , which is formed from a continuous steel band continuously traveling in a cork-screw motion . The composite part is heated and cured in place as the mandrel travels through the line and then cut into a specific length with a traveling cut-off saw .
