GRP Piping System
Serving Fluid Industries
Preserving The Environment
Environmental friendly
because of low coefficient of frication, less pumping energy is needed during pipeline operation
Long Life Span
Durable pipe material which will stay in service for 50 years and more
Cost Effective Installation
Low weight of GRP pipes and versatile jointing methods saves money and time
Resistance to Corrosion
Resistant to soil and fluid corrosive material
In recent times, the world has realized the need to move to a pollution-limiting, environment friendly, corrosion resistance and future-looking business scenario. Those in the conventional material piping domain, appreciate that better than most. Hence the buzz word in today’s piping industry is “Glass Reinforced Polymer (GRP) Products”. Use of fiber reinforced polymer (FRP) composites for construction of new pipeline infrastructures and rehabilitation of existing ones has increased significantly over the past decade. We see a rapid transition from conventional Piping systems to advanced composite GRP pipe
Fiberglass pipe is made from glass fiber reinforcements embedded in, or surrounded by cured thermosetting resins of different types such as unsaturated isophthalic, Orthophtalic, vinyl ester resins. This composite structure may also contain aggregate fillers to add additional stiffness for underground installations and pigments to outer layer of pipe to protect it from sun’s UV radiation. By selecting the proper combination and types of resin, glass fibers, fillers, and proper design, AvisaParseh creates piping system that offers a broad range of properties and performance characteristics for variety of applications.
Technology That Yields Higher Performance Products At Lower Cost
AvisaParseh GRP pipes are produced using Filament Continues Winding process. Using technology developed by material specialists, a very dense laminate is created that utilizes the contribution from three basic raw materials. Continuous glass fiber rovings and choppable rovings are incorporated for high hoop strength and axial reinforcement. A sand fortifier is used to provide increased stiffness with placement near the neutral axis, in the core. All materials are embeded in resin matrix which acts as bonding material . This cost effective process yields high performing composite GRP pipe which has wide application in various industries.
| Diameter Range | 300-3000 mm |
| Pressure Rating | up to 32 bar (depending on pipe diameter) |
| Stiffness Class | up to 10000 Pa |
| Standard Length | 12 meter |
- Potable Water
- Municipal Sewage
- Irrigation
- Surface and Storm Water Collection
- Waste Water Treatment Systems
- Desalination Plants
- Sea Water Intake
- Industrial Sewage
- Hydropower Plants
- Fire Fighting lines in Industrial Complexes
- Petrochemical Complexes
