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TM52XZ Titanium Carbide Based High Manganese Steel Bonded-Alloy Wear-Resistant Material
Product transaction information:
Price: US$17.85/KG(Price will be double checked before order confirmation.)
Stock Ability: 1500KGs;
Transportation: Air or Sea shipment;
Payment method: Shipment upon the receipt of payment;
MOQ: 5 kg
Lead Time for Customized Size: 7-15 days;
After-Sale Service: Replace the inferior parts unconditionally;
Hot sale sizes:D12 x L50mm，D12 x L60mm，D14 x L40mm，D14 x L50mm，D14 x L60mm，D16 x L90mm
Product core advantages:
1.Standardization of production process and process design;
2.Have perfect and intelligent enterprise standards;
3.Independent research and development of high-purity raw materials;
4.Have the core technology of high-end material formulation;
5.Provide free material technology solutions.
Basic product introduction:
TM52 Titanium Carbide Based High Manganese Steel Bonded-Alloy with high wear resistance and high toughness, is made of high manganese steel as binder phase, titanium carbide as hard phase. The density is low, 0.8 times that of high manganese steel and 0.42 times that of cemented carbide. It is a high hardness and high toughness wear resistant material, specific resistance: 0.911 Ωmm2/m, elastic modulus: 354 x 103N/mm2, 200-700°C linear expansion coefficient: 11.31 x 10-6/°C, 200-700°C Linear expansion coefficient: 14.43 x 10-6/°C; mainly used in high manganese steel crusher hammer head, concave, mantle, large jaw plate, vertical grinding liner, ball mill liner, blow bars,excavator bucket teeth, feeding chute of blast furnace and coal mill grinding roller.
TM52 Titanium Carbide Based High Manganese Steel Bonded-Alloy, with high wear resistance, high toughness, can not be machined, but can apply water tough treatment and heat treatment. It has typical austenite structure, work hardening, excellent welding performance, high impact toughness and high wear resistance. Under the action of large impact load, it has a strong work hardening ability.
Product Application Principle and Precautions:
low-cost high-manganese steel or ultra-high manganese steel as the base material for large wear parts, insert the working part with TM52XZ TiC-based high manganese steel-bonded carbide alloy, which makes the wearing surface of the bimetal composite wear parts have excellent wear resistance, and the non-wear surface has excellent plasticity and impact toughness. The service life of this composite hammer head is doubled or several times higher than that of the normal high manganese steel hammerhead, and improve the crushing efficiency and reduce energy consumption.
In such application, it is suggested to apply TM52XZ TiC-based high manganese steel-bonded carbide alloy with hardness< HRC62, HRC60 is best, because in strong impact and squeeze under pressure conditions, the work hardening occurs at surface layer rapidly , so that the hardened layer gain good wear resistance while maintaining toughness and plasticity. If the hardness of the alloy rod itself is too high, it will be brittle during use and fracture will occur.
Widely used in crusher equipment wear-resistant casting parts in
cement production industry, glass manufacturing industry, mining industry and construction, light industry.
mainly used in high manganese steel crusher hammer head, concave, mantle, large jaw plate, vertical grinding liner, ball mill liner, blow bars,excavator bucket teeth, feeding chute of blast furnace and coal mill grinding roller.After the user installed the machine, the amount of maintenance and replacement was significantly reduced, gaining good reputation from customer.
Product Application Case:
The method and process of producing TiC inserted high manganese steel hammer:
Making holes on mold (suitable for wood mold, sand mold and lost foam mold) → welding nails (iron nails are welded to the rods by argon arc welding, the purpose of welding the nails is to fix the rods) → the rods are placed in the mold ( Suitable for wood mold, sand mold and lost foam mold) → model coating (coating 3 times, dry 3 times) → casting and sealing shaping → surface treatment.
under the same working conditions, the service life of TiC inserted high-manganese steel hammer is increased by 3-5 times, which greatly reduce cost and improve production efficiency for customers.
Comparison of the similar products:
TM52 Titanium Carbide Based High Manganese Steel Bonded-Alloy vs. WC Carbide Rod:
2, The combination of TM52 Titanium Carbide Based High Manganese Steel Bonded-Alloy and high manganese parts can exert the performance of high manganese, WC hard alloy can be combined with high manganese steel wear parts, high chromium wear parts.
3, Different processing methods: Inserting TM52 Titanium Carbide Based High Manganese Steel Bonded-Alloy is a casting process, suitable for heat treatment; and WC hard alloy is generally inlaying process.
4, Better Performance: The service life of TM52 Titanium Carbide Based High Manganese Steel Bonded-Alloy is extended, with more wear resistance, higher impact toughness.
Enterprise Standards - Production Process and Product Quality Technical Standards:
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