What is the average lead time for orders?

The lead time is within 15 workdays during the off-season and approximately one month during the peak season.

What payment terms are accepted?

We accept LC, T/T, D/P, PayPal, Western Union, Small-amount payment, and Money Gram.

Why choose Cermet studs over traditional cemented carbide?

Cermet studs offer significantly lower raw material costs due to the use of abundant Titanium, while providing better impact resistance and machinability compared to traditional Tungsten-based carbides.

High-Strength Cement Studs Ideal for Severe Working Conditions

Name: High-Strength Cement Studs Ideal for Severe Working Conditions
Brand: Zhuzhou Better Tungsten Carbide Co., Ltd.
SKU: 2273783275

Hunan, ChinaZhuzhou Better Tungsten Carbide Co., Ltd.

US$230.00-240.00

5 kg

Product profile

Customization

Available

After-sales Service

Warranty

Model NO.

Cement Studs

Certification

ISO 9001:2008

Standard

Surface Treatment

Polishing

Manufacturing Process

Material

Cermet

Shape

Spherical

Width

16mm

Overall Length

45mm

Application

Aerospace,Mold & Die Manufacturing, General Machi

Advantage

High Wear Resistance, Superior Surface Quality, Hi

Feature

Superior Wear Resistance, High Red Hardness, Long

Raw Material

Cermet

Transport Package

Caton

Specification

customized

Trademark

ZZBETTER

Origin

Hunan, China

Production Capacity

50000PCS/Year

Key features

Annealed Machinability: Can be threaded or drilled in annealed state before heat treatment.

High Hardness & Toughness: Reaches over HRC 60 after heat treatment with superior fracture resistance.

Cost-Effective Material: Uses abundant Titanium instead of expensive Tungsten, lowering raw material costs.

Strong Interfacial Bonding: Castable and weldable design ensures stronger bond and reduces falling-off risk.

Thermal Shock Resistance: Excellent stability in applications with significant temperature variations.

Wide Industrial Application: Ideal for mining crushers, cement mills, and heavy machinery wear liners.

ISO 9001 Certified: Manufacturing process certified under ISO 9001:2008 standards.

Complete Supply Chain: Full chain from raw material preparation to sintering ensures quality stability.

Company profile

Years of Export ExperienceExperienced TeamSelf-brandedExhibition Experience

Zhuzhou Better Tungsten Carbide Co., Ltd.

Hunan, China

Business Type: Manufacturer/Factory, Trading CompanyExport Year: 2011-09-07Nearest Port: Guangzhou, shenzhen, shanghaiAverage Response Time: ≤8.19hTerms of Payment: LC, T/T, D/P, etc.International Commercial Terms(Incoterms): CFR, CIF, DAT, FAS, DDP, DAP, CIP, CPT, FCA, EXW

AI-Powered supplier vetting

SummaryZHUZHOU BETTER TUNGSTEN CARBIDE CO., LTD. is identified as a trading company focused on cutting tools, cemented carbide, and related industrial products. It reports strong customization, ODM, and OEM capabilities, new product development during the past year, and substantial export activity with 13 years of exporting experience. Service controls include documented corrective and preventive actions and complaint-handling procedures, while overseas service infrastructure is limited because it has no overseas showroom, agents, or branches. Production information includes specified tungsten carbide output, 50 quality-control staff, and R&D engineers with 6–10 years of total experience. Financial records are referenced for 2022–2024, but no financial results are provided. No certification information or customer case details are supplied.

Supplier typeBoth records classify the supplier as a trading company. Its stated scope covers processing and sales of cutting tools and cemented carbide products, together with broader industrial product trading and import/export activities.

After-Sales capabilityThe supplier has documented and followed procedures for corrective and preventive actions and customer complaints, supported by relevant service records. However, it has no overseas showroom, agents, or branches, indicating limited physical overseas service coverage.

R&D capabilityThe supplier reports new products during the past year, ODM services, extensive customization, and R&D engineers with 6–10 years of total experience. It does not have an available SDK, but the supplied evidence otherwise supports active product-development capability.

Production capacityThe supplier provides specific annual output quantities for tungsten carbide tips, rods, strips and plates, powder and grits, and mining tool parts, and reports 50 quality-control staff. It also states lead times within 15 working days in both peak and off-seasons, supporting an established operating capability.

Customization capabilityThe supplier explicitly offers customization from samples and designs, full, minor, and flexible customization, as well as ODM services. These statements directly support broad customization coverage.

Client casesThe supplier states that it provides OEM services for well-known brands, which is evidence of branded-customer experience. No brand names, project descriptions, references, or independently verifiable case details are provided.

Product Q&A

Q:Can the cermet studs be machined after sintering?

No, they cannot be machined after sintering. However, they are machinable in the annealed state, allowing for threading, drilling, and shaping into complex forms before final heat treatment.

Q:What is the hardness level after heat treatment?

After quenching and tempering, the hardness can reach over HRC 60, combining excellent wear resistance with high toughness.

Q:How are the studs installed on the base material?

They can be fixed through embedding (casting-in), welding, or threaded connections, which provides a stronger bond and reduces the risk of falling off compared to simple welding.

Q:What are the main application scenarios for these studs?

They are primarily used in mining and crushing (crusher liners), the cement industry (mill rollers and table liners), and heavy machinery (conveying chutes and excavator bucket tips).

Q:What is the material composition of these studs?

They are made of TiC-based steel-bonded carbide, where the hard phase is Titanium Carbide (TiC) and the binder phase is a high-performance alloy steel like Chromium-Molybdenum steel.