Glass Fiber + Resin System
Process Technique: Hand lay-up, L-RTM, SMC, etc
Type: Polyester FRP
Fiber Type: GFRP
OEM: with OEM Service
Technical Strength:
1) Concept Design
2) Material selection
3) Process determination
4) Model processing
5) Mold design
6) Reverse Engineering
Main Advantages:
1) light weight and strong
2) corrosion resistant
3) insulation for heat & electric & sound
4) thermal & electric non-conductivity
5) good resistant to low temperature
6) long service life( the service is more than 20 years)
7) water proof&fire proof
8) enviroment friendliness
With superior strength and corrosion resistance casing panels from fiberglass composites offer premium performance for end users. Providing long service life, the high quality, FRP materials deliver significant life cycle cost savings.
1) Superior Fiberglass Strength
Longer Spans & Low Cost Installation
Fiberglass reinforced plastic panels are much stronger than PVC or chopped strand casing. With high content of continuous glass fiber reinforcements, 35% by weight, aligned for optimum performance, the panels have superior strength and stiffness. This results in longer span capability and lower cost installation.
2) Corrosion Resistance + UV Protection
Long Service Life & No Maintenance
Fiberglass materials do not corrode in wet or tough industrial conditions. Its premium, UV stabilized polyester resin ensures long service life and extended retention of aesthetic properties.
Technical Strength:
1) Concept Design
2) Material selection
3) Process determination
4) Model processing
5) Mold design
6) Reverse Engineering
Process Technique: Hand lay-up, L-RTM, SMC, etc
FRP Roof Mount HVAC System Air Conditioner for City Buses Intercity Buses and Coaches
Advantages:
(1) Providing life cycle along with high efficiency to minimize electrical power;
(2) Communicating with vehicle electronics for optimized control and operation;
(3) Long life durable to meet environmental condition;
(4) Saving time for seasonal maintenance or other service;
(5) Friendly to the environment;
(6) Providing better comfort for all weather conditions
The material consists of a mixture of fiberglass and resin. The high-quality means that the products will last for years.
Perfect for indoor and outdoor
Smooth decorative surface
Ideal for commercial and residential use
Easy to clean with spray/grease
Process Technique: Hand lay-up, L-RTM, SMC, etc
Technical Strength:
1) Concept Design
2) Material selection
3) Process determination
4) Model processing
5) Mold design
6) Reverse Engineering
Main Advantages:
1) light weight and strong
2) corrosion resistant
3) insulation for heat & electric & sound
4) thermal & electric non-conductivity
5) good resistant to low temperature
6) long service life( the service is more than 20 years)
7) water proof&fire proof
8) enviroment friendliness
Glass Fiber + Resin System
Process Technique: Hand lay-up, L-RTM, SMC, etc
Technical Strength:
1) Concept Design
2) Material selection
3) Process determination
4) Model processing
5) Mold design
6) Reverse Engineering
Main Advantages:
1) light weight and strong
2) corrosion resistant
3) insulation for heat & electric & sound
4) thermal & electric non-conductivity
5) good resistant to low temperature
6) long service life( the service is more than 20 years)
7) water proof&fire proof
8) enviroment friendliness
Certificate:
ISO9002, ISO14001, OHSAS18001
Fiber Type: GFRP
Type: Polyester FRP
OEM: with OEM Service
Product Categories: FRP Cover
Material: FRP
Hand Lay-up:
Large possibilities of shapes and sizes
Suitable for shapes with undercuts
Mechanical properties: good to average
L-RTM
Two smooth sides
Low labour-dependent manufacturing process
Consistent production quality
Parts are reproducibleConsistent production quality
Parts are reproducible
Moderate investments depending on the level of automation
Higher productivity than contact moulding or vacuum infusion techniques
Low VOC emissions
Technical Strength:
1) Concept Design
2) Material selection
3) Process determination
4) Model processing
5) Mold design
6) Reverse Engineering
Main Advantages:
1) light weight and strong
2) corrosion resistant
3) insulation for heat & electric & sound
4) thermal & electric non-conductivity
5) good resistant to low temperature
6) long service life( the service is more than 20 years)
7) water proof&fire proof
8) enviroment friendliness
Glass Fiber + Resin System
Process Technique: Hand lay-up, L-RTM, SMC, etc
Technical Strength:
1) Concept Design
2) Material selection
3) Process determination
4) Model processing
5) Mold design
6) Reverse Engineering
Main Advantages:
1) light weight and strong
2) corrosion resistant
3) insulation for heat & electric & sound
4) thermal & electric non-conductivity
5) good resistant to low temperature
6) long service life( the service is more than 20 years)
7) water proof&fire proof
8) enviroment friendliness
Certificate:
ISO9002, ISO14001, OHSAS18001
Glass Fiber + Resin System
Process Technique: Hand lay-up, L-RTM, SMC, etc
Technical Strength:
1) Concept Design
2) Material selection
3) Process determination
4) Model processing
5) Mold design
6) Reverse Engineering
Main Advantages:
1) light weight and strong
2) corrosion resistant
3) insulation for heat & electric & sound
4) thermal & electric non-conductivity
5) good resistant to low temperature
6) long service life( the service is more than 20 years)
7) water proof&fire proof
8) enviroment friendliness
Certificate:
ISO9002, ISO14001, OHSAS18001
Fiberglass shower trays have superior mechanical properties, high stiffness, excellent low temperature impact strength, and outstanding environmental stress crack resistance, they stand up well in widely application for waterproof bathing application.
Advantages:
1) Light weight and extremely durable, made from a tough Fiberglass exterior that is 100% waterproof.
2) Non-corrosive & maintenance-free, requiring only normal cleaning.
3) Easily withstands harsh elements without fear of cracking, splitting or warping.
4) Finish provides a long-lasting, anti-slip finish that is resistant to fading, scratching, chipping and even intense UV light.
Technical Strength:
1) Concept Design
2) Material selection
3) Process determination
4) Model processing
5) Mold design
6) Reverse Engineering
