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Bi - Metallic 25mm - 100mm thick Wear Block is a versatile wear - resistant component with a thickness range of 25mm to 100mm. Designed using bi - metallic technology, it offers excellent wear resistance and structural strength, suitable for a wide range of industrial applications where equipment surfaces are exposed to abrasion. These wear blocks can be attached to various machinery components to protect them from wear, extending the service life of the equipment. They are available in different sizes within the specified thickness range to meet the diverse needs of different industries.
Variable Thickness Options: The 25mm - 100mm thickness range allows for selection based on the level of wear expected. Thicker blocks are suitable for more severe abrasion conditions, providing longer protection.
Strong Adhesion Between Metals: The two metals in the bi - metallic construction are bonded together using advanced techniques, ensuring a strong and reliable connection that can withstand high impact and stress without delamination.
Easy Installation: They come with pre - drilled holes or other mounting features, making installation quick and convenient. This reduces equipment downtime during maintenance and replacement.
Uniform Wear: The wear - resistant surface is evenly distributed, ensuring uniform wear across the block, which helps to maintain consistent performance over time.
Resistance to Corrosion: The materials used in the bi - metallic construction offer good corrosion resistance, making them suitable for use in humid or corrosive environments.
These wear blocks are widely used in mining equipment such as conveyor systems, chutes, and hoppers to protect against the wear from ores and minerals. They are also used in construction machinery like excavators and loaders to safeguard buckets and other components. In the agricultural industry, they find application in grain processing equipment. Additionally, they are utilized in material handling systems in factories and warehouses to protect conveyor belts and other moving parts.
Q: How to choose the right thickness of the wear block for a specific application?
A: Consider the intensity of abrasion, the frequency of use of the equipment, and the expected service life. For high - abrasion environments, thicker blocks (80 - 100mm) are recommended, while for moderate conditions, 25 - 50mm thickness may be sufficient.
Q: What mounting methods are available for these wear blocks?
Common mounting methods include bolted connections using pre - drilled holes, welding (for certain types), and adhesive bonding. The choice depends on the equipment design and operating conditions.
Q: Can the wear blocks be cut or modified to fit specific shapes?
A: Yes, they can be cut or machined using appropriate tools to match the required shapes, but it's important to follow the manufacturer's guidelines to avoid damaging the bi - metallic bond.
Q: How do these bi - metallic wear blocks compare to ceramic wear parts in terms of performance?
Bi - metallic wear blocks offer better impact resistance than ceramic parts, making them more suitable for applications with high impact forces. Ceramic parts may have higher wear resistance in some cases but are more brittle. The choice depends on the specific operating conditions.
Rectangular bars are available in thicknesses ranging from 25mm to 100mm, widths from 25mm to 300mm and in varying lengths. Popular for use in rock box protection, impact areas and transfer points, bars can be provided with Nelson studs with size and location to suit.
