Ladder Systems
Ladder Systems
INTECH FRP Ladder is designed and developed by a local FRP manufacturer, Intralink Techno Sdn Bhd. Generally, the FRP ladder is constructed in several models using structural profiles such as square hollow section, rung and solid flat bar. Unlike other ladder made by steel, aluminium and wood, the FRP ladder offers several advantages such as corrosion resistance, long service life, cost effective, lightweight and high strength, ultimate UV protection, and others.
Typically, this FRP ladder is widely used in offshore construction, oil and gas industry, ship building and marine industry, and others where corrosion and UV protection are the main concerned.
Benefits and Uniqueness of FRP Ladders
Corrosion Resistant
No rusting, peeling or flaking even under the most aggressive conditions in any part of the world.
Non-Conductive & Non-Interfering
Complies to international electrical safety specifications, allows transmission of radio waves and non-magnetic.
Lightweight and Durable
Allows easy handling, cutting and reduce size of platform structure.
Superior UV Protection
Integral UV protection system gives long-term shield against the damaging effects of UV rays.
Cost Effective
Extremely long life and completely maintenance-free.
Low Thermal Conductivity & Expansion Rate
Will not transfer heat unlike metal and no issue of expansion under heat.
High Strength & Stiffness
High glass content and continuous reinforcement, pultruded FRP products give extremely high strength and stiffness compared to molded FRP and other engineering plastic.
Fire Retardant
Complies to ASTM-E84 and BS 476 standards.
High Impact Resistant & Elastic
Returns to original position without any permanent deflection or distortion within allowable loads.
What is Pultrusion Process
Pultrusion is a continuous moulding process used to fabricate products with a uniform cross-section, such as I-beams, channels, flat bars, rods, and hollow sections. It utilises glass fibre, resin, filler, peroxide, and a release agent.
In this process, the glass reinforcement is drawn into a resin impregnation zone, where it is thoroughly saturated with the resin mixture. The wet fibrous material is then pulled through a preformer and into a heated die. The shape of the final product is determined by the configuration of the die, where the resin is subsequently polymerised.
This continuous and controlled method ensures consistency throughout the entire length of the product, thereby minimising the risk 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
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