Cemented Carbide Strips Factory

Overview

Cemented carbide strips, also known as tungsten carbide strips, are highly durable materials used in various industrial applications. They are made by combining tungsten carbide powder with a metallic binder, typically cobalt, and sintering it to form a dense, hard, and wear-resistant product. This guide will delve into the intricacies of cemented carbide strips, their types, applications, properties, and how to choose the right factory for your needs.

Types of Cemented Carbide Strips

Type	Description	Example Models
Standard Strips	General-purpose strips used in various machining and cutting applications.	YG6, YG8
High Hardness Strips	Designed for applications requiring higher wear resistance and durability.	YG15, YG20
Corrosion Resistant	Ideal for environments with exposure to corrosive materials or high humidity.	YG12X, YG13X
Impact Resistant	Built to withstand high impact and shock loads.	YG10, YG11
Fine Grain Strips	Used for applications requiring superior surface finish and precision.	YG6X, YG8X
Ultra-Fine Grain	Provides excellent performance in applications needing high toughness.	YG3X, YG4X
Wear Resistant	Optimized for maximum wear resistance in abrasive environments.	YG6A, YG8A
Temperature Resistant	Suitable for high-temperature applications.	YG10H, YG12H
Heavy Duty	Designed for the most demanding industrial tasks.	YG20, YG25
Custom Strips	Tailored to specific applications and customer requirements.	Custom Models

Applications of Cemented Carbide Strips

Application	Description
Metal Cutting Tools	Used in the manufacturing of saw blades, drills, and milling cutters.
Woodworking Tools	Ideal for woodworking machines such as planers and jointers.
Mining and Drilling	Applied in mining tools like drill bits and cutting picks.
Construction Equipment	Utilized in heavy machinery for construction and earthmoving.
Automotive Industry	Used in the production of automotive components like pistons and crankshafts.
Aerospace Industry	Applied in the manufacturing of aerospace components requiring high precision.
Electronics Manufacturing	Used in the production of electronic components and semiconductor devices.
Chemical Industry	Ideal for equipment used in chemical processing due to its corrosion resistance.
Agriculture Equipment	Applied in tools and machinery used in farming and agriculture.
Custom Applications	Tailored for specific industrial or commercial applications as needed.

Material Properties of Cemented Carbide Strips

Property	Description
Hardness	Measures the resistance to deformation and scratching.
Strength	Indicates the material’s ability to withstand stress.
Toughness	Represents the material’s ability to absorb energy and deform without breaking.
Wear Resistance	Reflects the durability of the material in abrasive conditions.
Corrosion Resistance	Ability to withstand corrosive environments.
Thermal Stability	Resistance to degradation at high temperatures.
Density	Mass per unit volume of the material.
Grain Size	Size of the tungsten carbide particles in the material.
Binder Content	Proportion of the metallic binder in the carbide mixture.
Machinability	Ease of machining the material into desired shapes.

Composition, Properties, Characteristics of Cemented Carbide Strips

Model	Composition (WC-Co)	Hardness (HRA)	Density (g/cm³)	Transverse Rupture Strength (MPa)	Grain Size (µm)
YG6	94% WC, 6% Co	89.5	14.95	1500	1.2
YG8	92% WC, 8% Co	88.5	14.80	1600	1.4
YG15	85% WC, 15% Co	87.0	14.05	2400	2.0
YG20	80% WC, 20% Co	85.0	13.75	2600	2.5
YG12X	92% WC, 8% Co	91.0	14.80	1600	0.8
YG13X	91% WC, 9% Co	90.5	14.70	1650	0.9
YG10	90% WC, 10% Co	88.0	14.40	1700	1.3
YG11	89% WC, 11% Co	87.5	14.30	1750	1.5
YG6X	94% WC, 6% Co	90.0	14.95	1500	0.6
YG8X	92% WC, 8% Co	89.0	14.80	1600	0.7

Hardness, Strength, and Wear Resistance

Model	Hardness (HRA)	Strength (MPa)	Wear Resistance	Impact Resistance
YG6	89.5	1500	High	Moderate
YG8	88.5	1600	High	Moderate
YG15	87.0	2400	Medium	High
YG20	85.0	2600	Medium	High
YG12X	91.0	1600	Very High	Low
YG13X	90.5	1650	Very High	Low
YG10	88.0	1700	High	Moderate
YG11	87.5	1750	High	Moderate
YG6X	90.0	1500	Very High	Low
YG8X	89.0	1600	Very High	Low

Specifications, Sizes, Shape, Standards

Model	Dimensions (mm)	Standard Shapes	Tolerances	Industry Standards
YG6	100x10x3	Rectangular, Square	±0.1	ISO 9001
YG8	120x12x4	Rectangular, Square	±0.1	ISO 9001
YG15	150x15x5	Rectangular, Square	±0.2	ISO 9001
YG20	200x20x6	Rectangular, Square	±0.2	ISO 9001
YG12X	80x8x3	Rectangular, Square	±0.1	ISO 9001
YG13X	100x10x3	Rectangular, Square	±0.1	ISO 9001
YG10	120x12x4	Rectangular, Square	±0.1	ISO 9001
YG11	150x15x5	Rectangular, Square	±0.2	ISO 9001
YG6X	80x8x3	Rectangular, Square	±0.1	ISO 9001
YG8X	100x10x3	Rectangular, Square	±0.1	ISO 9001

Suppliers and Pricing Details

Supplier	Location	Model Availability	Pricing Range (USD/kg)	Shipping Options
Tungsten World	China	YG6

Supplier	Location	Model Availability	Pricing Range (USD/kg)	Shipping Options
Tungsten World	China	YG6, YG8, YG15, YG20	30-50	Standard, Express
Carbide Central	USA	YG10, YG11, YG12X	40-60	Standard, Express, Freight
Extreme Carbide	Germany	YG13X, YG6X, YG8X	45-65	Standard, Express
Metal Master	South Korea	YG15, YG20, YG10	35-55	Standard, Express, Freight
Precision Carbide	Japan	YG6, YG8, YG11, YG12X	50-70	Express, Freight
Carbide Creations	India	YG8X, YG13X, YG20	25-45	Standard, Express
Titan Carbide	UK	YG6, YG10, YG15	55-75	Standard, Express
Advanced Carbide	Italy	YG12X, YG6X, YG8X	60-80	Standard, Express, Freight
Elite Carbide	Brazil	YG10, YG11, YG20	40-60	Standard, Express
Global Carbide	Canada	YG6, YG8, YG15	45-65	Standard, Express, Freight

How to Choose the Right Cemented Carbide Strips Factory

Selecting the right factory for your cemented carbide strips involves several critical factors:

1. Assess Quality and Certification

Ensure that the factory adheres to international quality standards like ISO 9001. Quality certifications indicate that the factory follows stringent quality control procedures, ensuring consistency and reliability in the products.

2. Evaluate Production Capabilities

Check if the factory can meet your specific requirements in terms of dimensions, tolerances, and customizations. Factories with advanced production technologies and equipment are better equipped to handle complex specifications.

3. Consider Material Sourcing and Testing

Factories that source high-quality raw materials and conduct thorough testing of their products are likely to produce superior strips. Inquire about their material suppliers and testing protocols.

4. Review Pricing and Delivery Options

Compare pricing across different suppliers while considering the quality and service. Additionally, assess the factory’s delivery options and lead times to ensure they align with your production schedules.

5. Analyze Customer Support and Service

Good customer support is essential for addressing any issues or concerns promptly. Evaluate the factory’s responsiveness and support services to ensure a smooth collaboration.

6. Check References and Reviews

Seek feedback from other clients or check online reviews to gauge the factory’s reputation and reliability. Positive reviews and recommendations can provide insight into their performance and customer satisfaction.

Advantages and Limitations of Cemented Carbide Strips

Advantages

• Exceptional Hardness: Cemented carbide strips are incredibly hard, making them ideal for cutting, grinding, and machining hard materials.
• High Wear Resistance: They resist abrasion and wear, extending the life of tools and machinery.
• Thermal Stability: These strips can withstand high temperatures, making them suitable for high-heat applications.
• Versatility: They are used in a wide range of industries from aerospace to agriculture.
• Customizability: Factories offer various grades and specifications to meet specific needs.

Limitations

• Cost: Cemented carbide strips are often more expensive than other materials due to their complex manufacturing process and high-quality materials.
• Brittleness: Despite their hardness, they can be brittle and may crack under excessive impact or shock loads.
• Machining Difficulty: Machining cemented carbide strips into precise shapes can be challenging and may require specialized equipment.

Selecting the Right Cemented Carbide Strips Factory: Key Considerations

Factor	Description
Quality Certification	Look for ISO or similar certifications to ensure product quality.
Production Capabilities	Ensure the factory can produce strips to your specifications.
Material Sourcing	Check the quality of raw materials used in manufacturing.
Pricing and Delivery	Compare costs and assess delivery timelines.
Customer Support	Evaluate the level of support and service provided.
Reputation and Reviews	Research customer feedback and factory reputation.

Comparison of Cemented Carbide Strips Models

Feature	YG6	YG8	YG15	YG20	YG12X	YG13X	YG10	YG11	YG6X	YG8X
Hardness (HRA)	89.5	88.5	87.0	85.0	91.0	90.5	88.0	87.5	90.0	89.0
Density (g/cm³)	14.95	14.80	14.05	13.75	14.80	14.70	14.40	14.30	14.95	14.80
Strength (MPa)	1500	1600	2400	2600	1600	1650	1700	1750	1500	1600
Wear Resistance	High	High	Medium	Medium	Very High	Very High	High	High	Very High	Very High
Impact Resistance	Moderate	Moderate	High	High	Low	Low	Moderate	Moderate	Low	Low

FAQ

Question	Answer
What are cemented carbide strips used for?	Cemented carbide strips are used in cutting tools, mining, construction, and various industrial applications due to their hardness and wear resistance.
How do I choose the right cemented carbide strip model?	Consider factors such as hardness, wear resistance, and the specific requirements of your application. Models with higher hardness are suitable for more demanding tasks.
What should I look for in a cemented carbide strips factory?	Evaluate the factory’s quality certifications, production capabilities, material sourcing, pricing, delivery options, and customer support.
Are there different grades of cemented carbide strips?	Yes, there are various grades tailored to different applications, including high hardness, impact resistance, and corrosion resistance.
How can I ensure the quality of cemented carbide strips?	Verify the factory’s certifications, check material quality, and review customer feedback and product testing procedures.

Conclusion

Choosing the right cemented carbide strips factory involves a thorough evaluation of multiple factors including quality, production capabilities, and customer service. By understanding the different types of cemented carbide strips, their applications, and their properties, you can make informed decisions that align with your industrial needs. Remember to consider the advantages and limitations of each model to select the best option for your specific application.

For further information or to get quotes from various suppliers, don’t hesitate to reach out directly to the factories listed or consult with industry experts.

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