Product Description
FRP profiles are glass fiber reinforced composite products with superior physical and chemical properties, which are an alternative to traditional building elements such as steel, aluminum, wood, or concrete.
- They are of low weight,
- Compared to their metal counterparts, transportation costs are minimal, and they are easily transported and easily assembled during assembly,
- They have a high carrying capacity,
- They have tensile, bending, and compression values superior to steel. They are resistant to impacts. On overloads, they stretch and take their former shape.
- They are resistant to corrosion,
- They do not rust or rot,
- They have no electrical conductivity,
- They can be used where occupational safety is important,
- Their thermal conductivity is low,
- They provide very good insulation,
- There are dimensional stabilizers,
- They do not expand or shrink,
- They are not magnetic,
- They can be used as an alternative in sensitive places where the magnetism of metal grids is not desired,
- They are resistant to UV rays,
- They do not deform,
- They can be processed in a simple way,
- They can be cut with simple carpentry tools, such as a chainsaw,
- They have no recycling,
- Since they have no scrap value, there are also no risks of being stolen,
- They do not require painting or maintenance,
- They can be easily cleaned with pressurized water,
- They can be manufactured in all kinds of colors,
- They can be produced in any color where architectural applications and occupational safety require,
- They have a long service life,
- Theoretically, they do not experience deformation,
- Chemical and combustion resistances can be increased,
- The special type of resin and chemical additives to be used can increase the corrosion resistance and combustion resistance.
Technical Information
| PROFILE TYPE | PROFILE NO | PROFILE DIMENSIONS | PROFILE WEIGHT |
|---|---|---|---|
| BOX PROFILE | FRP-K-01 | 30X30X2 | 414 |
| BOX PROFILE | FRP-K-02 | 40X40X4 | 1065 |
| BOX PROFILE | FRP-K-03 | 45X45X5 | 1480 |
| BOX PROFILE | FRP-K-04 | 50X50X5 | 1660 |
| BOX PROFILE | FRP-K-05 | 50X50X6 | 1950 |
| BOX PROFILE | FRP-K-06 | 63X63X6 | 2526 |
| BOX PROFILE | FRP-K-07 | 75X75X6 | 3060 |
| BOX PROFILE | FRP-K-08 | 75X75X9 | 4390 |
| BOX PROFILE | FRP-K-09 | 75X40X4 | 1580 |
| BOX PROFILE | FRP-K-10 | 80X25X4 | 1435 |
| BOX PROFILE | FRP-K-11 | 80X25X5 | 1755 |
| BOX PROFILE | 100X100X6 | 4170 | |
| BOX PROFILE | FRP-K-13 | 100X100X8 | 5440 |
| BOX PROFILE | FRP-K-14 | 100x100x10 | 6655 |
| BOX PROFILE | FRP-K-15 | 200X60X5 | 4620 |
| BOX PROFILE | FRP-K-16 | 200X60X9 | 8055 |
| BOX PROFILE | 50x30x5 | 1300 | 1300 |
| BOX PROFILE | 100x60x6 | 3280 | 3280 |
| BOX PROFILE | 160x60x8 | 6035 | 6035 |
| BOX PROFILE | 80x40x5 | 2030 | 2030 |
| BOX PROFILE | 95x50x5 | 2495 | 2495 |
| U PROFILE | FRP-U-01 | 75X32X5 | 1190 |
| U PROFILE | FRP-U-02 | 100X30X6 | 1640 |
| U PROFILE | FRP-U-03 | 150X38X6 | 2375 |
| U PROFILE | 60x26x3 | 775 | 775 |
| U PROFILE | 150x43x9 | 3625 | 3625 |
| U PROFILE | 140x50x7 | 2925 | 2925 |
| U PROFILE | FRP-U-07 | 200X55X9 | 4860 |
| I PROFILE | FRP- I-01 | 30X15X4 | 480 |
| I PROFILE | FRP- I-02 | 40X15X4 | 550 |
| I PROFILE | FRP- I-03 | 100X50X6 | 2150 |
| I PROFILE | FRP- I-04 | 150X75X6 | 3195 |
| ANGLE PROFILE | FRP- L-01 | 50X50X6 | 1042 |
| ANGLE PROFILE | FRP- L-02 | 75X75X6 | 1600 |
| ANGLE PROFILE | FRP- L-03 | 100X100X8 | 2840 |
| KICK PLATE | FRP- KP-01 | 100X3 | 630 |
| KICK PLATE | FRP- KP-02 | 150X3 | 1010 |
What does FRP Profile do in a water cooling tower?
FRP stands for Fiberglass Reinforced Plastic, which is a commonly used material in the construction of water cooling towers. In a water cooling tower, the FRP profile refers to the structural elements made of fiberglass reinforced plastic that provide support and stability to the tower's framework. These profiles are used to construct the structural skeleton of the cooling tower, including the framework for the fan, fill material, and other components.
FRP profiles offer several advantages in the context of water cooling towers:
- Corrosion Resistance: FRP is highly resistant to corrosion, making it an ideal material for cooling towers, which constantly come into contact with water.
- Strength and Durability: Despite being lightweight, FRP profiles are strong and durable, ensuring the structural integrity of the cooling tower over time.
- Low Maintenance: Cooling towers made with FRP profiles require minimal maintenance because fiberglass is not prone to rust or decay. This reduces the overall operating costs of the cooling system.
- Ease of Installation: FRP profiles are lightweight and easy to handle, making the installation process more straightforward and efficient.
- Thermal Insulation: FRP has good thermal insulating properties, which can help in maintaining the desired temperature inside the cooling tower.
- Customization: FRP profiles can be molded into various shapes and sizes, allowing for customization according to the specific requirements of the cooling tower design.
In summary, FRP profiles in a water cooling tower provide structural support, durability, and resistance to corrosion, making them a preferred choice in the construction of cooling tower systems.
