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High Impact Boron Carbide Composite Wear Forgings For Aggregate Cone Crusher

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High Impact Boron Carbide Composite Wear Forgings For Aggregate Cone Crusher

2026-06-18

High Impact Boron Carbide Composite Wear Forgings: Integrated boron carbide reinforced composite forged wear parts, combining ultra-high hardness, outstanding impact resistance and extreme abrasion resistance, specially engineered for heavy aggregate crushing operations of cone crushers.

Product: Boron Carbide Composite Wear Resistant Forgings

MOQ: 1 piece

Model NO: OEM Customized per cone crusher model

Size: Produced strictly based on customer drawings, samples and equipment parameters

Machining Tolerance: ±0.01mm

Material: Boron carbide particle reinforced boron alloy forged steel composite material

Application: Aggregate quarry, stone crushing plant, hard rock processing, cone crusher wear system

Surface Treatment: Integral quenching & tempering, shot blasting, precision finish machining

Manufacturing Process: Hot closed-die forging, composite alloy infiltration, integral toughening heat treatment, precision machining

Factory: Professional composite wear-resistant forging manufacturer for mining crushing equipment

After-sales Service: 24-hour online professional technical support

Warranty: Quality guaranteed under standard crushing working conditions

Certification: ISO 9001, CE

Standard: ASTM, GB, DIN mining wear component standards

Inspection: Hardness test, high impact toughness test, abrasion loss test, metallographic microstructure analysis, UT/MT nondestructive inspection

Application Scope: Cone crusher mantle, concave, hammer core, liner forgings for granite, basalt, quartz and other hard aggregate crushing

Delivery Time: 18–38 working days, negotiable for mass orders

Transport Package: Steel frame reinforced seaworthy wooden case, anti-rust, shockproof and scratch-resistant packaging

Advantages: Ultra-high wear resistance, strong heavy impact resistance, anti-spalling & anti-cracking, long service life, lower comprehensive operation cost

Core Material Performance

Hardness: HRC 58–66
Impact toughness: Balanced ductility to avoid brittle fracture under repeated stone impact
Reinforced phase: Uniformly distributed boron carbide hard particles to resist abrasive scouring of sharp aggregate
Forged compact grain: No casting porosity, far higher fatigue resistance than cast wear parts

Key Product Features

Boron carbide hard phase greatly improves anti-abrasion capacity against sharp hard aggregate, outperforming common high manganese steel and boron alloy castings
Dense forged substrate delivers superior impact resistance, effectively prevent surface peeling and bulk cracking during large stone feeding
Good thermal stability, not easy to soften under continuous high-friction crushing heat
Composite integrated forming, firm bonding between hard phase and base metal, no shedding during long-time crushing
Customizable boron carbide content and forging structure according to aggregate hardness and crusher load

Main Applicable Forged Parts

Cone crusher mantle forgings, concave liner forgings, feed cone wear blocks, crushing wall composite forgings and all custom composite wear forgings for aggregate cone crushing equipment.

FAQ

Q: What’s the advantage of boron carbide composite forgings over traditional wear castings?

A: Forged substrate owns stronger impact toughness, internal boron carbide particles provide ultra-high abrasion resistance, solving the defects of manganese steel easy plastic deformation and ordinary alloy castings easy to crack.

Q: Can you customize the boron carbide proportion for different hardness stones?

A: Yes, our technical team adjusts composite formula and forging structure according to aggregate hardness, feeding size and daily output.

Q: Can complete inspection certificates be provided before delivery?

A: We supply full documents including hardness, impact, abrasion test and metallographic inspection reports for project acceptance.

Our Strengths

Independent composite smelting and closed-die forging production line for boron carbide composite wear parts
Targeted heat treatment process to balance hardness and impact resistance for aggregate crushing
Strict full-process quality control from raw material composite to finished machining
Stable bulk supply for global quarry and aggregate crushing projects

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[carousel_slide id='765']

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High Impact Boron Carbide Composite Wear Forgings For Aggregate Cone Crusher

2026-06-18

Product: Boron Carbide Composite Wear Resistant Forgings

MOQ: 1 piece

Model NO: OEM Customized per cone crusher model

Size: Produced strictly based on customer drawings, samples and equipment parameters

Machining Tolerance: ±0.01mm

Material: Boron carbide particle reinforced boron alloy forged steel composite material

Application: Aggregate quarry, stone crushing plant, hard rock processing, cone crusher wear system

Surface Treatment: Integral quenching & tempering, shot blasting, precision finish machining

Manufacturing Process: Hot closed-die forging, composite alloy infiltration, integral toughening heat treatment, precision machining

Factory: Professional composite wear-resistant forging manufacturer for mining crushing equipment

After-sales Service: 24-hour online professional technical support

Warranty: Quality guaranteed under standard crushing working conditions

Certification: ISO 9001, CE

Standard: ASTM, GB, DIN mining wear component standards

Inspection: Hardness test, high impact toughness test, abrasion loss test, metallographic microstructure analysis, UT/MT nondestructive inspection

Application Scope: Cone crusher mantle, concave, hammer core, liner forgings for granite, basalt, quartz and other hard aggregate crushing

Delivery Time: 18–38 working days, negotiable for mass orders

Transport Package: Steel frame reinforced seaworthy wooden case, anti-rust, shockproof and scratch-resistant packaging

Advantages: Ultra-high wear resistance, strong heavy impact resistance, anti-spalling & anti-cracking, long service life, lower comprehensive operation cost

Core Material Performance

Hardness: HRC 58–66
Impact toughness: Balanced ductility to avoid brittle fracture under repeated stone impact
Reinforced phase: Uniformly distributed boron carbide hard particles to resist abrasive scouring of sharp aggregate
Forged compact grain: No casting porosity, far higher fatigue resistance than cast wear parts

Key Product Features

Boron carbide hard phase greatly improves anti-abrasion capacity against sharp hard aggregate, outperforming common high manganese steel and boron alloy castings
Dense forged substrate delivers superior impact resistance, effectively prevent surface peeling and bulk cracking during large stone feeding
Good thermal stability, not easy to soften under continuous high-friction crushing heat
Composite integrated forming, firm bonding between hard phase and base metal, no shedding during long-time crushing
Customizable boron carbide content and forging structure according to aggregate hardness and crusher load

Main Applicable Forged Parts

Cone crusher mantle forgings, concave liner forgings, feed cone wear blocks, crushing wall composite forgings and all custom composite wear forgings for aggregate cone crushing equipment.

FAQ

Q: What’s the advantage of boron carbide composite forgings over traditional wear castings?

Q: Can you customize the boron carbide proportion for different hardness stones?

A: Yes, our technical team adjusts composite formula and forging structure according to aggregate hardness, feeding size and daily output.

Q: Can complete inspection certificates be provided before delivery?

A: We supply full documents including hardness, impact, abrasion test and metallographic inspection reports for project acceptance.

Our Strengths

Independent composite smelting and closed-die forging production line for boron carbide composite wear parts
Targeted heat treatment process to balance hardness and impact resistance for aggregate crushing
Strict full-process quality control from raw material composite to finished machining
Stable bulk supply for global quarry and aggregate crushing projects

[everest_form id="249"]

[carousel_slide id='765']