Category blog

The lifespan of non-metallic wear-resistant components can vary widely depending on several factors, including material quality, operating en …

Non-metallic wear-resistant materials are commonly used in sand making machines for components that experience significant wear and impact. D …

Absolutely! We offer a variety of non-metallic wear-resistant components tailored to meet the unique needs of different industries. Here are …

Kubis offers a comprehensive range of wear-resistant components to meet the diverse needs of our customers. Some of our most popular products …

Certainly! We can provide you with some examples of our custom products. Please note that due to commercial confidentiality and customer priv …

The production timeline for a custom Kubis rubber product can vary based on factors such as product complexity, material availability, and cu …

To tailor a Kubis rubber product to your unique application, please provide the following technical data: Our engineering team will carefully …

Seals may be small, but they play an important role. They are key components that ensure the stability and efficiency of equipment operation. …

Rubber seals are widely used in industries, automobiles, medical fields, and other sectors, but they may encounter issues such as aging, compression set, swelling and solvent swelling, wear and tear, cracking, cold hardening, and so on.

The article explores the vibration issues faced by mining machinery during their operation and their solutions. It primarily discusses vibration source control methods, such as rubber vibration isolation, spiral steel wire rope vibration isolation, and hydraulic vibration isolation, as well as methods to control vibrations by increasing system damping and using dynamic vibration absorbers.

The article discusses the application of non-metal shock absorbers in mining machinery. It emphasizes the significant factors that need to be considered when selecting shock absorbers, such as the working environment, the weight and shape of the equipment, vibration characteristics, customization requirements, ease of installation and maintenance, as well as the cost-benefit ratio.

This article outlines key factors for selecting the right rubber shock absorber, emphasizing understanding application scenarios, load assessment, damping effect, material selection, structure form, and compatibility/installation requirements. It highlights the importance of choosing appropriate materials and designs for various environments and equipment needs, with Kubis offering customized solutions for effective vibration damping protection.