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FRP Products

FRP Products

KARNI provides customers with a wide range of FRP cable trays. The pultrusion process is used to create the cable trays, guaranteeing a very high and steady level of quality. KARNI FRP cable trays are of the highest quality and resistant to all types of chemical assault. The world’s most corrosive and structurally demanding settings can use FRP cable trays. This includes water treatment facilities, chemical plants, offshore platforms, and a wide range of other sectors.

FRP PULTRUDED TYPE CABLE TRAY

COVER SIZES (W x H x T) COVER SIZES (W x H x T)
50 x 25 x 3 56 x 15 x 3
50 x 30 x 3
75 x 25 x 5 81 x 15 x 3
75 x 50 x 3
75 x 50 x 4
100 x 30 x 4 106 x 15 x 3
106 x 28 x 3
100 x 30 x 5
100 x 30 x 6
100 x 50 x 3
100 x 50 x 4
100 x 50 x 5
100 x 75 x 3
150 x 50 x 3 156 x 15 x 3
156 x 28 x 3
150 x 50 x 4
150 x 50 x 5
206 x 50 x 3 206 x 15 x 3
208 x 28 x 4
200 x 50 x 4
200 x 50 x 5
300 x 50 x 4 306 x 15 x 3
308 x 28 x 4
300 x 50 x 5
450 x 100 x 20F x 4 450 x 3
600 x 100 x 20F x 4 600 x 3

ACCESSORIES

Bend, Cover Clamps, Bolts, Coupler & other accessories are also manufactured with perforated cable trays.

FRP/GFRP LADDER TRAYS

Two Longitudinal side rails connected by rungs at regular intervals. These structures come with a solid or perforated bottom with integrated or separate longitudinal side rails.

Cable Tray Sizes Table
CABLE TRAY SIZES (W X H X F X T)
150 X 75 X 25 X 3
150 X 75 X 50F X 3
150 X 75 X 50F X 4
150 X 100 X 50F X 4
200 X 75 X 25F X 3
200 X 75 X 50F X 3
200 X 75 X 50F X 4
200 X 100 X 30F X 4
300 X 75 X 25F X 3
300 X 75 X 50F X 3
300 X 75 X 50F X 4
300 X 100 X 50F X 4
400 X 75 X 25F X 3
400 X 75 X 50F X 3
Cable Tray Sizes Table Part 2
CABLE TRAY SIZES (W X H X F X T)
400 X 75 X 50F X 4
400 X 100 X 30F X 4
450 X 75 X 25F X 3
450 X 75 X 50F X 3
450 X 75 X 50F X 4
450 X 100 X 30F X 4
500 X 75 X 25F X 3
500 X 75 X 50F X 3
500 X 75 X 50F X 4
500 X 100 X 30F X 4
600 X 75 X 25F X 3
600 X 75 X 50F X 3
600 X 75 X 50F X 4
600 X 100 X 30F X 4

CABLETRAY ACCESSORIES

TEE BEND

90 DEGREE HORIZONTAL BEND

90 DEGREE INSIDED VERTICAL BEND

90 DEGREE OUTSIDE VERTICAL BEND

REDUCER

FRP/GFRP LADDER TRAYS

PARTICULARS FRP PULTRUTED CABLE TRAY FRP LADDER CABLE TRAY
Resin Polyester – Isophthalic – Vinylester Polyester – Isophthalic – Vinylester
Glass ECR Boron Free Grade ECR Boron Free Grade
Length 3 – 6 Meters 3 Meters
Width 50 – 600 mm 150 – 1200 mm
Rung Construction NA FRP Square Tube
Rung Spacing NA 300 mm
Coupler Plates GRP/FRP with SS Bolts GRP/ FRP with SS Bolts
Angle Of Bends 90° – 45° 90° – 45°
Radius Of Bends 300, 450, 600 mm 300, 450, 600mm
Fire Retardant As Per IS 6746 As Per IS 6746

FEATURES OF FRP CABLE TRAY

CORROSION RESISTANT

It provides resistance to practically all chemicals in the harshest situations.

LIGHTWEIGHT

The density of aluminum is four times that of steel.

IMPACT RESISTANCE

Returns to the original position without deflection or distortion.

NON-CONDUCTIVE

It does not conduct electricity.

DIMENSIONAL STABILITY

Pultruded items have a lower coefficient of thermal expansion than aluminum and steel.

MAINTENANCE-FREE

There is no need for rework such as painting or cleaning.

DIMENSIONAL STABILITY

Pultruded items have a lower coefficient of thermal expansion than aluminum and steel.

LIFE CYCLE

Long durability guarantees the lowest life cycle cost.

EASY TO INSTALL

There is no welding required, and it is simple to cut and drill.

UV RESISTANT

Built-in UV resistance protects against direct sunlight exposure.

LOW INSTALLATION COST

Due to its modest weight, it is simply installed by anybody.

FRP/GFRP REBAR

FRP (Fiberglass Reinforced Polymer) Rebar is a spiral wrapped structural reinforcing rod made from a combination of fiberglass roving and resin. FRP Rebar has been developed as a non-corrosive alternative to steel in concrete reinforcement and is suitable for any structural or architectural application where a material that is corrosion resistant, lightweight or non-conductive is required.

FEATURES OF FRP REBAR

  • Lightweight/ High Strength
  • Unsusceptible to Chemical
  • High Impact Strength
  • Electrically Non-Conductive
  • Great Flexural Strength
  • Low Water Absorption
  • Non-Corrosive

ADVANTAGES OF FRP REBAR

  • COST Cost is an important factor for any construction industry. Out of all the material available in the market, GFRP is a cost effective material that provides best quality for construction.
  • STRENGTH Rebar is twice stronger than steel reinforcing bars. The quality of GFRP Rebar is far better than other materials.
  • WATER RESISTANT Rebar is water resistant, this property makes it fit to be used near water facilities, dams, docks, etc.
  • MECHANICAL STRENGTH Rebar has a specific resistance better than steel rebars.
  • NON-MAGNETIC Due to its Non-Magnetic character, it is suitable for hospitals, MRI rooms, laboratories & other uses.
  • TEMPERATURE Rebar has high melting point, hence can withstand high temperature stress. Power stations, tunnels, mines, etc., where the temperature is always high, GFRP Rebar is good alternative.
  • WEIGHT The GFRP Rebar is almost 1/4th in weight providing more quality than steel rebar.
  • LONG LIFE SPAN Rebar provides over 100 yrs of life span of buildings or construction.
  • THERMAL CONDUCTIVITY Low thermal conductivity makes it highly useful in construction industry.
  • SIZE GFRP Rebar can be manufactured in customized length and width.