FRP clamping band support is a device used to fix and support objects such as pipes and cables. It is made of FRP material and has the following characteristics and applications:

Structure and Composition

Clamp: Usually in the form of a semi-circular or circular shape, it wraps around the outer periphery of the supported object and is tightened by bolts or other fastening devices, thereby holding the object tightly and achieving a fixing effect. The size and shape of the clamps can be customized according to the diameter and shape of the supported object.
Bracket: Connected to the clamp, it is used to support the weight of the clamp and the object to be fixed, and to fix it on structures such as buildings, Bridges, and electric poles. The structural forms of brackets are diverse, with common ones including L-shaped, T-shaped, triangular, etc., to adapt to different installation environments and support requirements.

Material characteristics

High strength: Fiberglass reinforced plastic is a composite material composed of glass fiber and resin matrix. The glass fiber has a very high strength and modulus, which can provide good load-bearing capacity for the clamping band support, enabling it to withstand large external forces and weights.

Corrosion resistance: The resin matrix has excellent corrosion resistance, capable of withstanding the erosion of chemical substances such as acids, alkalis, and salts, as well as the influence of harsh environments like moisture and salt spray. Therefore, FRP clamps and supports are suitable for various corrosive environments, such as the chemical, electroplating, and sewage treatment industries.

Good insulation: Fiberglass reinforced plastic has excellent insulation performance, which can effectively isolate current and prevent leakage accidents. This feature enables it to be widely applied in cable support in fields such as power and communication, ensuring the safety of personnel and equipment.

Light weight: Compared with traditional metal clamps and brackets, fiberglass reinforced plastic has a lower density, is lighter in weight, and is convenient for transportation and installation. In high-altitude operations or situations where supports need to be moved frequently, the light weight feature can reduce labor intensity and improve work efficiency.

Strong weather resistance: Fiberglass reinforced plastic (FRP), which has undergone special formula design and surface treatment, has excellent weather resistance. It can resist the influence of natural environmental factors such as ultraviolet rays, high and low temperatures. It is not prone to aging, cracking or fading after long-term use, maintaining good performance and appearance.

Performance advantage

Easy installation: The structure of the FRP clamping band bracket is simple and it is convenient to install. The clamps can be quickly fastened to the supported objects through bolts. The connection between the brackets and buildings or other structures is also relatively simple. Usually, welding, bolt connection or expansion bolt fixation methods are adopted, which can greatly shorten the installation time and improve the construction efficiency.

Strong adaptability: According to different pipe diameters, cable specifications and installation environments, various sizes and shapes of clamping clamp brackets can be customized, which has strong adaptability. Meanwhile, fiberglass reinforced plastic materials can be formed through molds to create various complex structures and shapes, meeting the special requirements of different projects.

Long service life: Due to its excellent corrosion resistance, weather resistance and high strength, the FRP clamping band support has a relatively long service life. It can operate stably for a long time under harsh environmental conditions, reducing the frequency of replacement and maintenance and lowering maintenance costs.

Low comprehensive cost: Although the initial procurement cost of FRP clamps and supports may be relatively high, considering its long service life, low maintenance cost and good performance, in the long run, its comprehensive cost is relatively low and it has a high cost performance.

Application field

Pipe support: In industries such as chemical engineering, petroleum, natural gas, water supply and drainage, it is used to support various pipes, including metal pipes and plastic pipes for transporting liquids and gases. It can prevent the pipeline from being displaced, deformed or damaged due to its own weight, thermal expansion and contraction or external forces, ensuring the safe operation of the pipeline system.

Cable fixation: In fields such as power and communication, it is often used to fix and support cables. Cables can be neatly arranged and fixed on utility poles, cable trays, building walls and other parts to prevent them from sagging, shaking or rubbing against each other, protect the insulation layer of the cables and improve the operational reliability of the cables.

Construction engineering: In building construction, it can be used to fix building components, pipes and cables, etc. For example, in high-rise buildings, it is used to fix air conditioning pipes, fire protection pipes and electrical cables, etc. In bridge engineering, it is used to support various pipes and cables on the bridge, as well as to fix the ancillary facilities of the bridge.

Other fields: It can also be applied in some special occasions, such as mining, shipping, aerospace and other fields, to fix and support various equipment, pipelines and cables, meeting the high-performance requirements of support devices in different industries.