KCD-SJ90 HDPE Plastic Fishing Raft Pedal Ocean Step Extrusion Making Machinery

KCD-SJ90 HDPE Plastic Fishing Raft Pedal Ocean Step Extrusion Making Machinery

Brief introduction:
HDPE marine pedai production line can be used to produce 300mm-450mm wide PEmarine aquaculture pedals.It uses high-density polyethylene as a raw material and is extruded and vacuum-cooled to form ,Using this product,the aquaculture industry can be deployed to deep water areas, increasing the utilization rate. Inaddition ,the marine anti -skid pedal not only resists seawater corrosion,it also has good mechinical properties, plays a role in resisting wind and waves.

Specifically used for water platforms, sightseeing pontoons, landscape planks, motorboat docks, speedboat yacht docks, breeding cages, fishing platforms, water entertainment clearance, water stages, sea fireworks platforms, water swimming pools, sea baths, water holiday houses, etc. Projects on water construction projects and supporting facilities. The products have the characteristics of reliable quality, preferential treatment, environmental protection of materials, novel design, diverse shapes and services.

The marine plastic non-slip pedal production line designed and produced by our company is a complete automatic production line that integrates feeding, extrusion, continuous roll forming, and automatic length measurement and cutting in one plastic extrusion production line.

With the development of industry and fishery, water pollution has become more and more serious, and the density of aquaculture has gradually increased. People can use less and less areas for aquaculture. The breeding pedal has the advantages of low investment, high output, and mobility. It is one of the means to solve the above problems and has a wide range of application prospects. However, the design of the existing pedals for aquaculture fish steaks is unreasonable. Some adopt a solid structure, which increases the weight of the pedal, and puts forward higher requirements on the floating body; some adopts a hollow structure, which reduces the weight of the pedal, but reduces the pedal. The intensity of this affects the normal operation of the staff. The pedal is provided with a hollow chamber, which is divided into a plurality of chambers of different sizes according to the force of different parts of the pedal. The place where the force is small corresponds to a large chamber space. The hollow chamber is arranged along the length of the pedal and runs through the entire pedal. A plurality of non-slip fixing grooves are uniformly distributed along the length direction on the upper surface of the pedal.