High Quality Wear-Resistant Crusher Jaw Plate

High Quality Wear-Resistant Crusher Jaw Plate

Material：Mn21Cr2 Mn12Cr2 Mn18Cr2

Application：Jaw Crusher

Process：Resin Sand

Features：Wear Resistance，Strength and Toughness，Design Optimization，Corrosion Resistance，Easy to Replace，Processing Accuracy.

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Product Description
Product Specifications
Product Advantages
More Details

The jaw plate of a jaw crusher is a critical wear-resistant component, responsible for compressing, cracking, and crushing materials. Typically made from highly durable materials such as high manganese steel or high chromium cast iron, the jaw plate consists of two parts: the fixed jaw plate and the movable jaw plate. These are mounted on the crusher’s movable and fixed jaws and work together to crush ores and rocks of varying hardness through their relative motion.

Jaw plates are commonly fabricated from high manganese steel, high chromium alloy steel, or other wear-resistant materials. These materials are known for their excellent resistance to wear and impact, allowing them to endure extended periods of use. The jaw plate’s hardness and wear resistance are further enhanced through a heat treatment process, which significantly extends its lifespan. Additionally, the angle and design of the tooth plate are meticulously crafted to achieve optimal crushing performance.

Product Specifications

Product Name	Material	Weight(kg)	Service Life	Precision	Delivery Time	Model	Spray Painting	Inspection
Jaw Plate	Mn13+Cr2	2000	3-6 moths	CT9	7-10/15-20 Days	All Series	√	100% Inspection

PRODUCT ADVANTAGES

During the assembly process of wear-resistant castings, we always adhere to efficient operation and ensure strict control of every link. Excellent quality comes from exquisite craftsmanship and efficient management, so that every product can meet your expectations.
These castings are widely used in mining, metallurgy, construction, power generation, cement and other industries to withstand harsh working environments such as friction and impact, extend equipment life and reduce maintenance costs.
It uses high-chromium cast iron, high-manganese steel, chromium-nickel alloy steel and other high-quality wear-resistant materials. These materials have extremely high hardness and wear resistance and can effectively resist wear and impact.
We use advanced casting techniques, such as precision casting and vacuum casting, to ensure the density and uniformity of castings. We implement full-process quality control, from raw material procurement, production process to finished product testing, and strictly control every link.