GGP – PETROLEUM TRANSFER
Peraflex GGP composite hose is designed specifically for the transfer of hydrocarbon based products, heavy oils, solvents and 100% aromatics. This lightweight and easy to handle composite hose is constructed of seamless tubes, plastic films and barriers virtually eliminating leaks. It is rugged and very flexible offering superior reliability and safety.
Typical Conveyance
Gasoline, diesel, paraffin, kerosene, lubricating oils, 100% aromatics, black oils and solvents
**Refer to chemical compatibility chart for specific recommendations**
SPECIFICATIONS
Peraflex Type GGP:
Black With White Stripe
G – Galvanized Internal Wire
G – Galvanized External Wire
P – Polypropylene Seamless Tubes
Construction
Cover – Vinyl coated polyester. Abrasion, ozone and fire resistant
Reinforcement – High strength, High-density polyethylene woven fabric
Liquid Barrier – Seamless polypropylene tubes and film barriers
Options – Custom colors, special branding and high-strength ballistic nylon cover
**Other wire combinations available based on service conditions
and chemical compatibility (e.g AGP)**
Applications:
- Ship-to-shore transfer
- Tank trucks
- Loading arms
- Rail Car
- Bunkering
- Dockside Operations
Specifications:
- Temperature range: -40°F to +212°F
- Full vacuum rated
- Safety ratio: 5 to 1
- Electrically continuous
- Meets U.S Coast Guard requirements
Standard Bore
I.D (in.)
1
1-1/2
2
2-1/2
3
4
Working PSI
200
200
200
200
200
200
Bend Radius (in.)
2
3
3.5
4
5.5
6.50
Weight (lbs/ft)
0.65
1.00
1.20
2.00
2.40
3.50
Max Length
80
80
80
80
80
80
Large Bore
I.D (in.)
6
8
Working PSI
200
200
Bend Radius (in.)
12
15
Weight (lbs/ft)
7.4
14.4
Max Length
80
80
**Larger diameter hose available upon request**
End Fittings
Externally crimped NPT, fixed/floating flanges, quick disconnects and victaulic ends
All fittings are available in a variety of materials
Additional Information
Rated working pressure is @ 70°F
Increased operating temperatures may limit working pressure of the assembly
Technical data is approximate and subject to change.
Never exceed stated working pressures