INTECH Cable Support System
INTEC Cable Support System
INTECH FRP Cable Support System is an advanced composite solution designed to meet the rigorous demands of Oil & Gas, utilities and offshore applications. Made from high-performance Fiber Reinforced Polymer (FRP), it offers unparalleled durability, safety, and resistance to harsh environmental conditions.
Our products are manufactured using advanced resin technologies, including vinyl ester, isophthalic polyester, and phenolic resins, which provide exceptional protection against corrosion, UV exposure, and chemical degradation. These properties make it an ideal choice for applications in industries such as oil and gas, petrochemical, marine, and power generation.
INTECH FRP Cable Support System is distinguished by its essential features, including anti-static capability that effectively dissipates static electricity, significantly minimizing the risk of spark generation and enhancing safety in flammable and explosive environments. Fire-retardant properties and low-smoke emission options can be tailored to meet the specific needs of various applications, ranging from offshore and onshore settings to commercial installations, enclosed spaces, and even underground tunnels.
Additionally, the system boasts high mechanical strength, offering superior load-bearing capacity while maintaining a lightweight design that simplifies handling and installation.
All our products are tested & complies to international standards such as NEMA , IEC and UL 568. All of which are independently certified by ABS product type approval.
Benefits of Pultrusion FRP Products
What is Pultrusion Process
Pultrusion is a continuous moulding process fabricating products of uniformsection such as I Beams, Channels, flat Bars, Rods,Hollow Sections, etc. Msing glass fibre, resin, fillet peroxide and a release agent. The glass reinforcement is drawn into a resin impregnation zone where the Mass substrate is thoroughly impregnated with the main mixture. The wet fibrous materiss will be pulled through a preformer into a heated die. The shape of the end product is determined by the configuration of the die and the resin is then polymerised. This continuous and uniform method ensures consistency throughout the entire product length, therefore eliminating the possibility of weak spots.
FRP Pultrusion Process
The latest design trends meet hand-crafted templates in Hub Collection. Use pre-built sections to speed up your design process.
Applications
How to Choose the Right Resin
1 1
STEP 1
Understand the Environment
Assess exposure to chemicals, UV light, moisture, or high temperatures.
2 2
STEP 2
Identify Safety Requirements
Determine the need for fire resistance, low smoke emissions, or anti-static properties.
3 3
STEP 3
Consult
Our Experts
If unsure, our team can guide you in selecting the resin that best meets your project’s demands.
Resin Selection Guide for INTECH FRP Products
Choosing the right resin type is critical for ensuring the performance, durability, and safety of your INTECH FRP cable support systems. Below is a simplified guide to help clients select the most suitable resin based on application requirements and environmental conditions.
Isophathalic (ISO) Resin is the most commonly used resin that provides good corrosion and ultraviolet light resistance for various application.
Best For:
- General industrial applications
Key Features:
- Excellent resistance to moderate to high corrosion.
- Suitable for environments with intermittent chemical exposure.
- Cost-effective for standard applications.
Typical Use Cases:
- Power plants, commercial buildings, and indoor applications.
VE resin is formulated for reliable performance in the harshest chemical environment, providing outstanding resistance towards wide range of highly corrosive applications ranging from causting to strong acidic.
Best For:
- Harsh chemical and corrosive environments
Key Features:
- Superior chemical resistance to acids, alkalis, and solvents.
- Excellent thermal stability and impact strength.
- Ideal for environments requiring higher durability.
Typical Use Cases:
- Offshore platforms, petrochemical plants, and wastewater treatment facilities.
Best For:
- Explosive and flammable environments. High hydrocarbon exposure areas.
Key Features:
- Effectively dissipates static electricity to prevent spark generation.
- Enhances safety in hazardous zones.
Typical Use Cases:
- Oil and gas facilities, mining operations, and chemical storage areas.
Best For:
- Ideal for areas with strict fire safety regulations.
Key Features:
- Produces minimal smoke in case of fire, ensuring enhanced visibility and safer evacuation in enclosed spaces.
- Fire Retardancy: Meets or exceeds the requirements of ASTM E84 Class A, with a smoke smission of below 450
- Durability: Retains structural integrity under high temperatures while resisting chemical exposure.
Typical Use Cases:
- Underground Tunnels: Reduces smoke hazard in confined spaces.
- Mass Transit Systems: Enhances passenger safety in subways, railways, and bus depots.
- Commercial and Industrial Enclosures
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