Material standards for loader parts

The materials of the loader parts are based on recycled materials and cuts, and try to ensure the selection of recyclable, easy to decompose and renewable materials, of course, also need to ensure that the process of use will not cause impact on the environment, which is something Komatsu loader parts manufacturers have been adhering to, of course, for some structural parts are also designed to improve the rate of material recycling as much as possible.

Komatsu loader parts try to use low environmental load materials. Construction machinery parts should be designed as far as possible without the use of harmful materials such as Freon (air conditioning), chlorine-containing rubber, resin and asbestos. Such as loader cab and interior trim on the use of engineering plastics and some other non-metallic materials that are difficult to decompose naturally and harmful to the environment are aggravated by the waste of resources and environmental pollution; in the instrumentation, radiators and storage batteries and other procurement and production, should reduce or replace the use of lead as much as possible.

Adopt the design principles of long life, low energy consumption and weight reduction of loader parts. Generally speaking, extending the product life is equivalent to reducing the production of machinery and reduce its scrap volume, reduce product energy consumption can reduce the pollution of the environment, and reduce the weight of the product can reduce the consumption of materials and resources. To reduce the environmental load from the perspective of the best possible consideration of similar parts of the series of interchangeability and commonality. To this end, the host should be maintained under the premise of the performance parameters, as far as possible to reduce the volume and weight of the host and ancillary operating equipment or machinery, improve the strength and durability of the power transmission system components to achieve lightweight and high efficiency of the hydraulic system.