FRP Cable Tray Cover Plate

Cable trays usually require covers to cover their tops. The main function of the covers is to protect the cables and wires in the tray from the outside environment and provide additional safety and aesthetics.

• Several reasons why cable trays need covers

1. Protect cables:

The covers can prevent external debris, dust, water, etc. from entering the interior of the tray, thereby protecting the cables and wires in the tray from damage. This is very important for the reliability and service life of the cable.

2. Safety:

The covers can prevent people from accidentally touching or accidentally touching the cables inside the tray, thereby providing additional safety protection. Especially in public places or industrial environments, it is very important to avoid electric shock and other accidents.

3. Aesthetics:

The covers can make the appearance of the tray neat and beautiful, thereby enhancing the overall appearance of the building or equipment. This is important for decoration and coordination in public areas, offices or commercial environments.

FRP Cable Tray Tee

FRP tee is a connector used for cable laying, which can connect bridges in different directions to realize cable branching and turning. FRP bridge tees are usually made of glass fiber reinforced plastic and resin, with the advantages of light weight, high strength, corrosion resistance, and good insulation performance.

The shape and size of FRP  tees can be customized according to actual needs. Common shapes include T-type tees and Y-type tees. T-type tees are suitable for occasions where one cable is divided into two branch cables, and Y-type tees are suitable for occasions where two cables are merged into one cable. According to the number and size of the cables, the size of the tee can choose different specifications and models.

FRP Elbow

An elbow is a rigid non-linear component that can change direction or size and is used to directly support cables. It can include the following types:

1. Horizontal elbow: a component that changes the direction of trays and ladders on the same horizontal plane, divided into four types: 30°, 45°, 60°, and 90°;

2. Horizontal tee: a component that connects trays and ladders in three directions at 90° on the same horizontal plane, divided into two types: equal and variable width;

3. Horizontal cross: a component that connects trays and ladders in four directions at 90° on the same horizontal plane, divided into two types: equal and variable width;

4. Upper elbow: a component that changes the direction of trays and ladders from the horizontal plane Components with upward direction are divided into four types: 30°, 45°, 60°, and 90°;

5. Downward bend: Components that change the direction of pallets and ladders from the horizontal plane to the downward direction, divided into four types: 30°, 45°, 60°, and 90°;

6. Vertical tee: Components that connect pallets and ladders in three directions separated by 90° on the same vertical plane, divided into two types: equal and variable width;

7. Vertical four-way: Components that connect pallets and ladders in four directions separated by 90° on the same vertical plane, divided into two types: equal and variable width;

8. Variable diameter straight: Components that connect pallets and ladders of different widths or heights on the same plane.