No more Rusting/Corrosion! It’s Shock-proof too!

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Introducing

FRP/GRP Utility Poles

No more Rusting/Corrosion!

It’s Shock-proof too!

Comparison

FRP/GRP Composite Poles

Metal/Steel Poles

Rusting

No Rusting

Even after Powder Coating or Galvanising, Rusting can occur from inside

Maintenance

Completely Maintenance Free

Needs periodical Re-coating/Re-furbishing

Insulation

Completely Non-conductive, hence Electric Shock-proof and Safe

Conductive, hence Shock-prone and Unsafe

Corrosion Resistance

Completely Non-corrosive, can be used in harsh environments and locations

Highly prone to corrosion, especially in Harsh/Saline/Chemicalised/Acidic environments

Service Life

Very long, 20-25 years approximately, Maintenance Free Life

Quite short, 5-7 years approx, even less in Saline/Acidic environment, added costing incurred in Maintenance

Safety/Handling

Safe and easy handling and installation being light weight, can be easily handled by a person or two

Being very heavy, needs Lifting Machines; If Manpower is employed, chances of injury while handling/installation

Weight

About 20-25 % that of Steel

About 4 to 5 times heavier than FRP/GRP

Surface Finish

Smooth and homogeneous, not dependent on Temperature Changes

Coating falls off after some time, highly dependent on Temperature Changes

Wind Resistance

Can withstand Wind Speed up to 200 KM/HR, being light weight

Prone to get uprooted during Cyclones given its heavy weight

Bendability

Can withstand Stability even after bending up to 25 to 30 Degree

Can be bent but compromising on Stability, and hence overall life

Vehicle Impact

Can break, person in the Vehicle can be Safe

Can damage the Vehicle and can injure the person in the Vehicle

Effective Costing

Quite economical, given its Maintenance Free and longer Service Life

Quite high, given its high Maintenance and lower Service Life

About Technology Centrifugal Casting is a Production Technology used to make Composite Poles using Fiberglass, in the shape of a Truncated Cone with length up to 10 Metres.

The Pole is formed by inserting the Re-inforced Fiberglass, in a specific Rotating Mould that has a Truncated Cone cavity. Due to centrifugal force, the Fiberglass adheres to the walls of the Mould and takes its shape.

The Matrix (Resin) inside the Mould is impregnated with Fiberglass due to the rapid rotation of the Mould (Centrifugal Casting), and gets hardened by polymerising when it comes in contact with the heated Mould.

The Poles thus produced by Centrifugal Casting, have consistent thickness due to controlled distribution of the reinforcement inside the Mould. This way, tapered Poles are obtained without increasing the thickness and thus weight, over its entire length.

This technology makes it possible to manufacture Products with a high degree of dimensional precision and Physio-Mechanical repeatability.

Please contact us to know more!

Applications

Accessories

1. Offshore Platforms

1. Single Arm

2. Chemical Plants

2. Double Arm

3. Street Lighting

3. External Junction Box

4. Garden Lighting

4. Internal Junction Box

5. Jetty Lighting

5. Base Bracket Mounting

6. Solar Lighting

6. Special Designed Bracket

7. Flag Poles 8. CCTV Poles 9. Sign Poles

Standard Dimensions S/No.

Model

Length

Top OD

Bottom OD

Thickness

Test Load on Top, KG

1

CK3

3000

76

126

5

200

2

CK4

4000

76

143

5

200

3

CK5

5000

76

160

5

200

4

CK6

6000

76

176

5

200

5

CK7

7000

76

193

7

200

6

CK8

8000

76

210

7

200

7

CK9

9000

76

228

7

200

8

CK10

10000

76

245

7

200

Note : All the dimensions are in MM, Tolerance : ± 1.5 % Linear, ± 10 % Thickness

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Consult ng | Installat on | Test ng | Ma ntenance

An ISO 9001:2015 Certified Company O : + 91-265-2225137 | E : info@systemprotection.in | W : www.systemprotection.in Address: “Paramhans”, 54, Vishwas Colony, Jetalpur Road, Vadodara 390 007 Gujarat, India