Brief analysis on material use of loader accessories

Loader accessories play a vital role in the normal operation of loader.

Materials and resources that can be recycled shall be used as far as possible for loader accessories. Materials selected for loader accessories such as systems and components shall be recyclable, easy to decompose, renewable and environmentally friendly in the process of processing and use. In particular, large modular structure and non-toxic materials that are easy to assemble and decompose shall be used as far as possible for the design of structural parts, Improve the regeneration rate of construction machinery materials

Low environmental load materials shall be used as far as possible for loader accessories. Harmful materials such as Freon (air conditioner), chlorinated rubber, resin and asbestos shall not be used as far as possible in the design of construction machinery parts. For example, engineering plastics and other non-metallic materials that are difficult to decompose naturally and harmful to the environment are used in the cab and interior of loader, which aggravates resource waste and environmental pollution; In the procurement and production of instruments, radiators and energy storage batteries, the use of Lead shall be reduced or replaced as much as possible.

Adopt the design principles of loader accessories with long service life, low energy consumption and weight reduction. Generally speaking, extending the service life of products means reducing the production and scrap of machinery. Reducing product energy consumption can reduce environmental pollution, Reducing the product weight can reduce the consumption of materials and resources. From the perspective of reducing environmental load, the interchangeability and universality of similar parts of each series of products should be considered as much as possible. Therefore, on the premise of maintaining various performance parameters of the host, the volume and weight of the host and auxiliary working devices or machines and tools should be reduced as far as possible, and the strength and durability of power transmission system parts should be improved, Realize the lightweight and high efficiency of the hydraulic system.