
Fiberglass Arch Bracket
Molded and machined FRP bracket for lateral bracing of greenhouse frames, supplied as straight tie rod, diagonal brace or clip to suit the structure....
Product Overview
The fiberglass arch bracket is a greenhouse support part used together with arch poles. It is machined or compression molded from FRP profiles and provides the lateral connection and overall bracing of the frame, which makes it an important part of a greenhouse structure. Used with the arch poles, the bracket makes the structure more stable and more wind resistant and keeps the house safe in severe weather. Compared with conventional metal brackets an FRP bracket is lighter, does not rust and is corrosion resistant; in the damp conditions of agriculture it works for a long time without damage and costs little to maintain. The design is simple and installation is easy, and both the overall stability of the frame and the service life of the greenhouse are improved.
The brackets come in many forms, such as straight tie rods, diagonal braces and clips, so the right type can be chosen for each frame design. The surface is smooth and the dimensions are accurate, the bracket fits closely to the arch pole and assembly on site is quick, which makes it a common accessory for farmers and for agricultural construction projects.
Technical Specifications
Bracket specifications are designed around the greenhouse span and the pole spacing, in common forms such as straight tie rod, diagonal brace and clip. Holes in the connection points are accurately positioned, and stainless steel bolts or clips are used so that connections are reliable and easy to take apart. The bracket has high strength and stable dimensions and carries the covering material and the wind load, and custom lengths and specifications are available to project requirements.
Profiles in different sections and lengths are available to suit the bracing requirements of greenhouses of different spans. The ends are machined flat for connection to the arch pole and the foundation, and the clips are well designed, so a joint stays tight after installation and does not work loose.
Production and Quality
Bracket profiles are formed on pultrusion lines with stable dimensions and a flat surface. Every connection hole is checked before dispatch so that the bracket fits the arch pole smoothly and the assembled structure is stable and reliable over the long service life of the greenhouse. Strength is sampled and tested by batch, the data are recorded and kept on file, and an inspection report is supplied. Custom products are available to match the customer's greenhouse specification so that bracket and pole work together correctly and installation goes smoothly.
The company has volume production capacity and can meet the bracket quantities required by large agricultural projects. Products are packed and shipped by set with all accessories included, so the customer can install to drawing on receipt, which gives farmers and greenhouse builders a convenient purchasing service.
Applications
Fiberglass arch brackets are widely used in vegetable greenhouses, flower greenhouses and livestock sheds, where they combine with arch poles and longitudinal rails to form a complete frame. They suit windy regions and damp environments in particular, where the structure stays stable and durable. The brackets can be used with covering film, shade netting and other materials to meet the needs of different crops. Hebei Zhengche Trading Co., Ltd. provides design, customization and installation guidance for greenhouse brackets as a complete bracing solution for agricultural customers.
In protected cultivation, the fiberglass arch bracket raises the stability and wind resistance of the frame and keeps the crop environment safe. With consistent product quality and complete service, the company continues to supply quality bracket products to agriculture.
When installing the brackets, check that the connection to the arch pole is tight, space the brackets to suit the frame structure, and inspect the joints at regular intervals; the frame then stays stable over the long term.

