About Xincheng (xiamen) cemented carbide co., ltd.

Company Name:	Xincheng (xiamen) cemented carbide co., ltd.
Business Type:	Manufacturer,Exporter,Seller
Brands:	Xincheng
Employee Number:	100~150
Factory Location:	Building 5, No. 1633, Jicheng Road, Phase II, Tongan Incubation Base, Torch High-Tech Zone, Xiamen, Fujian Province, China

Company Name:

Xincheng (xiamen) cemented carbide co., ltd.

Business Type:

Manufacturer,Exporter,Seller

Brands:

Xincheng

Employee Number:

100~150

Factory Location:

Building 5, No. 1633, Jicheng Road, Phase II, Tongan Incubation Base, Torch High-Tech Zone, Xiamen, Fujian Province, China

Company slogan:	Trust leads to success, and success endures
OEM Overview:	Factory ODM (Original Design Manufacturer) Description Our factory offers comprehensive ODM services, focusing on providing high-quality custom product solutions for our clients. As an experienced manufacturer, our ODM services encompass the following key aspects: Product Design Our professional design team collaborates with clients to develop innovative product designs based on their needs and market trends. Through thorough market research and design development, we ensure that our products not only meet functional requirements but also possess strong market competitiveness. Technical Development During the product design phase, we work closely with clients to conduct technical development, ensuring optimal realization of the product in terms of materials, processes, and performance. Our engineering team has extensive experience in tackling various complex technical challenges. Sample Production Once the design is confirmed, we produce product samples for client evaluation. Our rigorous quality control during the sample production process ensures that the final product meets expectations. Mass Production Upon client approval of the samples, our production team swiftly transitions to the mass production phase. We utilize advanced production equipment and processes to efficiently and reliably meet client demands. Quality Control Throughout the production process, we implement a comprehensive quality management system to ensure that each product meets international standards and client requirements. Our strict inspection processes guarantee the reliability and consistency of our products. Packaging and Delivery After production is complete, we provide professional packaging services to ensure the safety of products during transportation. We are committed to on-time delivery to meet our clients' market needs. Conclusion With our ODM services, clients can delegate the burdens of product design and manufacturing to us, allowing them to focus on brand building and market promotion. We strive to be a trusted partner for our clients, working together to drive business growth.
Production Line:	The production process of tungsten carbide generally includes the following main steps: 1. Raw Material Preparation High-purity tungsten powder, tungsten carbide powder, and a binder (such as cobalt powder) are selected as raw materials. The quality of these materials directly impacts the performance of the final product, so strict screening and testing of raw materials are essential. 2. Mixing and Grinding Tungsten powder and tungsten carbide powder are mixed with a binder in specific proportions and then thoroughly ground, typically through wet ball milling or another efficient grinding process, to form a uniform mixture. This step ensures material uniformity and affects the final hardness and toughness. 3. Drying and Granulation The milled mixture is dried and granulated to prepare it for the forming process. Granulation improves powder flowability, making it easier to shape and ensuring the density of the final product. 4. Pressing and Shaping The dried powder is pressed into shape using a mold, forming a compact. This step determines the shape and basic dimensions of the product. Cold isostatic pressing or die pressing is commonly used to ensure density and uniformity. 5. Sintering In a vacuum or hydrogen atmosphere, the compact is sintered at high temperatures (typically 1300-1600°C) to bond the tungsten particles, resulting in dense tungsten carbide. Sintering is the most crucial step, determining the final hardness, toughness, and wear resistance of the product. 6. Post-Processing Post-processing on the sintered carbide material may include surface grinding, polishing, or coating to meet the precision and surface finish requirements of various applications. For some specialized products, heat treatment or surface coatings may be applied to further enhance performance. 7. Quality Inspection Each batch undergoes rigorous quality inspection before leaving the factory, including tests for hardness, density, flexural strength, and wear resistance to ensure compliance with standards and customer requirements. 8. Packaging and Shipping After cleaning and packaging, products are prepared for secure delivery to customers. Packaging considers factors like moisture and shock protection to ensure product integrity during transportation. This production process enables tungsten carbide to achieve high hardness, wear resistance, and thermal stability, making it suitable for demanding applications like cutting tools, molds, and wear-resistant parts.
About quality management:	Our quality control process is a multi-step system designed to ensure our products meet industry standards and fulfill customer requirements. The process includes: Raw Material Inspection: We perform chemical composition and physical property checks on all incoming raw materials, such as tungsten powder and cobalt powder, to ensure their purity and consistency. Production Process Control: Each production stage—mixing, forming, sintering, and grinding—is subjected to strict quality checks to ensure products meet specifications at each step. Hardness and Strength Testing: Using precision hardness and strength testing equipment, we measure key properties like hardness, bending strength, and impact resistance. For example, our XT6 screw mold model has a hardness of 86.2 and a bending strength of 3200. Precision Measurement: For products requiring high dimensional accuracy (like CF312 tungsten carbide rods with double cooling holes), we use high-precision measuring instruments to verify diameter, tolerance, and other specifications. Appearance Inspection: We inspect the appearance of products to ensure they are free from cracks, pores, and burrs, confirming their surface smoothness and integrity. Finished Product Sampling: We conduct additional tests on samples from each batch, including wear and corrosion resistance, to ensure consistent quality in mass production. Continuous Improvement: We collect customer feedback regularly and analyze quality data to continuously optimize our processes, improving product stability and reliability. This systematic quality control approach helps us deliver high-standard tungsten carbide products that ensure durability and performance under demanding conditions.
Services:	R&D (Research and Development) is a critical function within our organization, dedicated to fostering innovation and advancing technology to meet market demands and enhance product offerings. Our R&D activities encompass a range of systematic research and development processes aimed at creating new products and improving existing ones. Key Components of Our R&D Function: Research Our R&D team conducts both fundamental and applied research to explore new materials, technologies, and methodologies. This includes extensive experimentation, data analysis, and market research to identify emerging trends and customer needs. Our goal is to stay ahead of industry developments and ensure our products meet the highest standards. Product Development We focus on translating research findings into tangible products and solutions. This involves product design, prototyping, testing, and iterative refinement to ensure that our offerings are functional, reliable, and aligned with market requirements. Our development process is collaborative, involving cross-functional teams to enhance innovation and efficiency. Innovation R&D drives our commitment to continuous innovation. We explore new applications, advanced materials, and cutting-edge technologies to enhance product performance and durability. By prioritizing innovation, we aim to provide our customers with superior solutions that set us apart in the marketplace. Collaboration We actively seek partnerships with universities, research institutions, and other companies to leverage external expertise and resources. Collaborative R&D initiatives allow us to share knowledge, accelerate development timelines, and bring innovative solutions to market more effectively. Quality Assurance Throughout the R&D process, we emphasize quality and compliance with industry standards. Rigorous testing and validation protocols ensure that our products not only meet but exceed customer expectations regarding performance and safety. Importance of R&D R&D is vital for our growth and competitive advantage. It enables us to adapt to changing market conditions, develop state-of-the-art products, and meet the evolving needs of our customers. By investing in R&D, we are committed to driving technological advancements and ensuring long-term success in our industry.

Company slogan:

Trust leads to success, and success endures

OEM Overview:

Factory ODM (Original Design Manufacturer) Description

Our factory offers comprehensive ODM services, focusing on providing high-quality custom product solutions for our clients. As an experienced manufacturer, our ODM services encompass the following key aspects:

Product Design
- Our professional design team collaborates with clients to develop innovative product designs based on their needs and market trends. Through thorough market research and design development, we ensure that our products not only meet functional requirements but also possess strong market competitiveness.
Technical Development
- During the product design phase, we work closely with clients to conduct technical development, ensuring optimal realization of the product in terms of materials, processes, and performance. Our engineering team has extensive experience in tackling various complex technical challenges.
Sample Production
- Once the design is confirmed, we produce product samples for client evaluation. Our rigorous quality control during the sample production process ensures that the final product meets expectations.
Mass Production
- Upon client approval of the samples, our production team swiftly transitions to the mass production phase. We utilize advanced production equipment and processes to efficiently and reliably meet client demands.
Quality Control
- Throughout the production process, we implement a comprehensive quality management system to ensure that each product meets international standards and client requirements. Our strict inspection processes guarantee the reliability and consistency of our products.
Packaging and Delivery
- After production is complete, we provide professional packaging services to ensure the safety of products during transportation. We are committed to on-time delivery to meet our clients' market needs.

Conclusion

With our ODM services, clients can delegate the burdens of product design and manufacturing to us, allowing them to focus on brand building and market promotion. We strive to be a trusted partner for our clients, working together to drive business growth.

Production Line:

The production process of tungsten carbide generally includes the following main steps:

1. Raw Material Preparation

High-purity tungsten powder, tungsten carbide powder, and a binder (such as cobalt powder) are selected as raw materials. The quality of these materials directly impacts the performance of the final product, so strict screening and testing of raw materials are essential.

2. Mixing and Grinding

Tungsten powder and tungsten carbide powder are mixed with a binder in specific proportions and then thoroughly ground, typically through wet ball milling or another efficient grinding process, to form a uniform mixture. This step ensures material uniformity and affects the final hardness and toughness.

3. Drying and Granulation

The milled mixture is dried and granulated to prepare it for the forming process. Granulation improves powder flowability, making it easier to shape and ensuring the density of the final product.

4. Pressing and Shaping

The dried powder is pressed into shape using a mold, forming a compact. This step determines the shape and basic dimensions of the product. Cold isostatic pressing or die pressing is commonly used to ensure density and uniformity.

5. Sintering

In a vacuum or hydrogen atmosphere, the compact is sintered at high temperatures (typically 1300-1600°C) to bond the tungsten particles, resulting in dense tungsten carbide. Sintering is the most crucial step, determining the final hardness, toughness, and wear resistance of the product.

6. Post-Processing

Post-processing on the sintered carbide material may include surface grinding, polishing, or coating to meet the precision and surface finish requirements of various applications. For some specialized products, heat treatment or surface coatings may be applied to further enhance performance.

7. Quality Inspection

Each batch undergoes rigorous quality inspection before leaving the factory, including tests for hardness, density, flexural strength, and wear resistance to ensure compliance with standards and customer requirements.

8. Packaging and Shipping

After cleaning and packaging, products are prepared for secure delivery to customers. Packaging considers factors like moisture and shock protection to ensure product integrity during transportation.

This production process enables tungsten carbide to achieve high hardness, wear resistance, and thermal stability, making it suitable for demanding applications like cutting tools, molds, and wear-resistant parts.

About quality management:

Our quality control process is a multi-step system designed to ensure our products meet industry standards and fulfill customer requirements. The process includes:

Raw Material Inspection: We perform chemical composition and physical property checks on all incoming raw materials, such as tungsten powder and cobalt powder, to ensure their purity and consistency.
Production Process Control: Each production stage—mixing, forming, sintering, and grinding—is subjected to strict quality checks to ensure products meet specifications at each step.
Hardness and Strength Testing: Using precision hardness and strength testing equipment, we measure key properties like hardness, bending strength, and impact resistance. For example, our XT6 screw mold model has a hardness of 86.2 and a bending strength of 3200.
Precision Measurement: For products requiring high dimensional accuracy (like CF312 tungsten carbide rods with double cooling holes), we use high-precision measuring instruments to verify diameter, tolerance, and other specifications.
Appearance Inspection: We inspect the appearance of products to ensure they are free from cracks, pores, and burrs, confirming their surface smoothness and integrity.
Finished Product Sampling: We conduct additional tests on samples from each batch, including wear and corrosion resistance, to ensure consistent quality in mass production.
Continuous Improvement: We collect customer feedback regularly and analyze quality data to continuously optimize our processes, improving product stability and reliability.

This systematic quality control approach helps us deliver high-standard tungsten carbide products that ensure durability and performance under demanding conditions.

Services:

R&D (Research and Development) is a critical function within our organization, dedicated to fostering innovation and advancing technology to meet market demands and enhance product offerings. Our R&D activities encompass a range of systematic research and development processes aimed at creating new products and improving existing ones.

Key Components of Our R&D Function:

Research
- Our R&D team conducts both fundamental and applied research to explore new materials, technologies, and methodologies. This includes extensive experimentation, data analysis, and market research to identify emerging trends and customer needs. Our goal is to stay ahead of industry developments and ensure our products meet the highest standards.
Product Development
- We focus on translating research findings into tangible products and solutions. This involves product design, prototyping, testing, and iterative refinement to ensure that our offerings are functional, reliable, and aligned with market requirements. Our development process is collaborative, involving cross-functional teams to enhance innovation and efficiency.
Innovation
- R&D drives our commitment to continuous innovation. We explore new applications, advanced materials, and cutting-edge technologies to enhance product performance and durability. By prioritizing innovation, we aim to provide our customers with superior solutions that set us apart in the marketplace.
Collaboration
- We actively seek partnerships with universities, research institutions, and other companies to leverage external expertise and resources. Collaborative R&D initiatives allow us to share knowledge, accelerate development timelines, and bring innovative solutions to market more effectively.
Quality Assurance
- Throughout the R&D process, we emphasize quality and compliance with industry standards. Rigorous testing and validation protocols ensure that our products not only meet but exceed customer expectations regarding performance and safety.

Importance of R&D

R&D is vital for our growth and competitive advantage. It enables us to adapt to changing market conditions, develop state-of-the-art products, and meet the evolving needs of our customers. By investing in R&D, we are committed to driving technological advancements and ensuring long-term success in our industry.

Market name:	Worldwide
Contact Person:	Miss.huang
Contact Phone:	86

Market name:

Worldwide

Contact Person:

Miss.huang

Contact Phone:


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