Polyethylene Crane Outrigger Pads-manufacture,factory,supplier from China

The quality of Crane Outrigger Pads is very important for the stability and safe use of cranes. The following are some requirements for crane leg pads:Strength: The leg pad should have sufficient strength to withstand the weight and working load of the crane. The strength of the leg pad should be at least equal to the strength of the leg of the crane.Durability: Crane Outrigger Pads should be durable enough to withstand long-term use and wear.

The Mobile Crane Outrigger Pad Requirements are designed to ensure that the crane provides stable support while working, preventing the outrigger leg from sinking or being damaged. When working on uneven terrain or fields, leg pads are needed to provide stable support points. In addition, the gantry crane and bridge crane track installation have parallelism and height difference requirements to ensure the balance of the crane legs.In order to ensure the quality and safety of the support plate, the manufacturer usually carries out strict quality control and testing.

Crane Outrigger Pads are important auxiliary tools in the operation of cranes. Their main function is to provide stable support and ensure the safety and stability of cranes during operation.When the crane is performing hoisting operations, its outriggers need to be firmly supported on the ground to prevent the crane from shaking or overturning due to uneven ground or insufficient bearing capacity. The design of the crane outrigger pads is to compensate for this potential risk.

Crane Wear Pads common materials are ultra-high molecular weight polyethylene, MC nylon and so on.Ultrahigh molecular weight polyethylene material has many advantages, such as:Excellent wear resistance: its molecular weight is more than 2 million, the wear index is small, the wear resistance is excellent, and the service life of the plate is extended.Excellent impact resistance: In the existing engineering plastics, its impact toughness value is the highest, under the impact of serious or repeated explosions, it is not easy to crack, damage, fracture or surface stress fatigue, to ensure the st

I. Appearance differenceThere is a clear difference in appearance between HDPE and LDPE. HDPE is white, achromatic or granular with a yellowish tinge, hard and tough. Low-density polyethylene is usually translucent or milky-white in appearance, soft and easy to expand and extrude.2, the difference in physical propertiesThe physical properties of HDPE and LDPE are also different. The density of HDPE is about 0.941-0.965g/cm³, which corresponds to its hardness and toughness.

Ultra-high polymer polyethylene liner is widely used in electric power, steel mills, coal mines and other industries, what are the advantages of the product is attracted by these industries and use it?

High-density polyethylene is known as the miracle plastic. It has the following characteristics:1, excellent abrasion resistance, abrasion strength is 7 times that of carbon steel;2, small coefficient of friction, good non-adhesion;3, high impact strength, especially low-temperature impact resistance is excellent, is currently known to be high in plastic;4, excellent chemical stability; in addition to a very few solvents to its corrosive, common inorganic and organic acids, alkalis, salts and organic solvents on this material are not corrosive.

IntroductionFirst, the abrasion resistance of polyethylene flame retardant sheet; abrasion resistance of plastics, and more than some metals, polyethylene sheet mortar abrasion index is only 1/5 of PA66, HDPE and PVC 1/10; compared with the metal, it is 1/7 of carbon steel, brass l/27.Second, polyethylene flame retardant sheet impact resistance; impact strength of about 2 times the impact resistance of PC, ABS 5 times, POM and PBTP more than 10 times.Third, polyethylene flame retardant sheet self-lubricating; very low friction coefficient (0.05 ~ 0.11), excellent self-lubrication.

Polyethylene Fender Boards are an important anti-collision material and are widely used in places such as ships, docks and ports to prevent damage caused by collisions with docks when ships dock. The following are the steps for installing polyethylene fenders:First, make sure the surface of the installation area is flat, dry and free of oil or other impurities. This is to ensure that the fenders can fit tightly to the installation surface to achieve the best anti-collision effect.Second, cut and trim the Polyethylene Fender Boards according to the predetermined position and size.

I. Different production processesThe production processes of HDPE and LDPE are different, so they differ in molecular structure and physical properties.