FRP Ladders- Application and Installation

Fibre Reinforced Plastic (FRP) ladders are highly appreciated in the industrial sectors, owing to their cost effectiveness and easy installation procedure. These ladders are associated with numerous useful properties that make them a suitable alternative to the traditional products. These ladders are made up of Fibre Reinforced Plastic, which consists of a polymer matrix, secured with fibres. These fibres are usually made of basalt, aramid, glass or carbon. FRP ladders are strong but light weighted and compact. They can be easily carried from one place to another. They have a wide range of applications. These ladders should be installed carefully.

FRP Ladders
FRP Ladders are Robust and Light in Weight

Properties of FRP ladders:

Some of the properties of FRP ladders are listed below:

  • Highly resistant to corrosion
  • Good ratio of strength to weight
  • Resistant to attacks from natural and chemical environment
  • Low maintenance costs involved
  • Low electrical and thermal conductivity
  • Low cost of installation
  • Resistance to slips and falls
  • Protection against UV rays
  • Fabrication is easy
  • Simple and easy installation
  • Retardant to fire

Applications of FRP ladders:


FRP ladders are widely used in the following industries:

  • Chemical
  • Mining and metals
  • Oil and gas
  • Pharmaceutical
  • Water and wastewater
  • Marine
  • Pulp and paper

Installation procedure:

The following steps are included in the installation of FRP ladders:

  • Lay the ladders on flat surface. To prevent scratching of tiles, bracket them side down.
  • Place the sections in sequence, as per the plan.
  • Loosen all the bracket fasteners. Use a mallet of rubber, not steel, on the stile ends during the assembly process. Rungs should be avoided.
  • Assess the area of installation properly, so that the ladder can be positioned in the best way on the flat surface. The top bracket of the ladder has a configuration for fixing four bolts. The rungs have coloured reflectors that have international safety codes for Green/RHS and Red/LHS.
  • Use fasteners that are chemical bolts of stainless steel measuring 12mm x 80mm, or sleeve anchor bolts of stainless steel. The bolts should be sealed with an epoxy that is resistant to chemicals.  These will increase the longevity of both the fixing anchors and the ladder.

Most of the FRP ladders are designed according to the OSHA/ANSI specifications. They are an ideal combination of economy, elegance and safety. These ladders are resistant to electric shocks, which make them ideal to be used in the electrical industry. They offer remarkable durability and safety. Using ladders while working is full of risks and hazards for the workers. Industrial workers are prone to slips, trips and falls.  FRP ladders ensure safety at the workplace as they are structurally quite safe. These ladders can be used even in the households and kitchens, malls, workshops, hospitals, schools, shops, laboratories, warehouses and go downs.

Conclusion:

Thus, FRP ladders offer effective solutions to the industrial problems. They are light in weight, easy to carry and easy to install. The installation of FRP ladders can be carried out by following the installation procedure. FRP ladders serve as excellent alternatives to the traditional ladders, due to which more and more industries are using them.

Author Bio: Sidra is an experienced writer about Home Decor remodelling. He suggests visiting Instrumentation Stands – fibreglasscableladder.com.au for more useful information about Home decor and remodelling.

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