Are you curious about where to find the best SAE J200 factories in China? With the automotive industry booming, choosing the right manufacturer can make all the difference in quality and reliability. By comparing the top factories, you can ensure that you’re partnering with a leader in innovation and craftsmanship. Imagine the peace of mind that comes from knowing you’ve selected a factory that meets the highest standards. Ready to discover the top contenders? Dive into our comprehensive comparison and find the perfect fit for your needs!
Classification System for Rubber Materials J200_201112 – SAE International
Product Details: Classification System for Rubber Materials – SAE J200_201112
Technical Parameters:
– Properties of vulcanized rubber materials
– Tensile strength and heat aging resistance
Application Scenarios:
– Automotive applications
– Rubber products manufacturing
Pros:
– Comprehensive classification for various rubber materials
– Collaboration with ASTM for technical equivalence
Cons:
– Subject to revision based on automotive needs
– Specific requirements may not be fully prescribed
Classification System for Rubber Materials J200_202303 – SAE International
Product Details: Classification System for Rubber Materials – J200_202303
Technical Parameters:
– Properties of vulcanized rubber materials
– Intended for automotive applications
Application Scenarios:
– Use in rubber products for automotive applications
– Heat resistant materials
Pros:
– Comprehensive classification of rubber materials
– Updated reference oils for better performance
Cons:
– Limited to automotive applications
– May not cover all types of rubber materials
Sae J200 | PDF – Scribd
Product Details: SAE J200 Standard
Technical Parameters:
– 62 pages
– AI-enhanced title
Application Scenarios:
– Automotive industry standards
– Material specifications
Pros:
– Comprehensive standard documentation
– Widely recognized in the industry
Cons:
– Limited accessibility without subscription
– Potentially outdated information
China Heat Resistance ASTM D2000 / SAE J200 AFLAS O Ring Standard Or …
Product Details: Heat Resistance ASTM D2000 / SAE J200 AFLAS O Ring Standard Or Nonstandard
Technical Parameters:
– Material: Rubber, Silicone, NBR, EPDM, FKM
– Size: 1~1000MM ID, Hardness: 30-90 Shore
Application Scenarios:
– Used in various industries for sealing applications
– Suitable for high-temperature and chemical resistance environments
Pros:
– High heat resistance and durability
– Available in various materials and sizes
Cons:
– Minimum order quantity may apply
– Lead time for production can be up to 28 days
Product Details: N470 is a 70 (Shore A) durometer nitrile compound specified under ASTM D 2000-95.
Technical Parameters:
– Grade: 2
– Type: B (tested at 100°C), Class: G (max swell 40%)
Application Scenarios:
– Automotive industry applications
– General rubber product manufacturing
Pros:
– Versatile specification system for rubber materials
– Allows flexibility in using different manufacturers’ compounds
Cons:
– Potential variability in material properties between manufacturers
– Complexity in understanding the full specification details
SAE International – J200_201506 – Classification System for Rubber …
Product Details: SAE J200 Standard
Technical Parameters:
– Parameter 1
– Parameter 2
Application Scenarios:
– Application Scenario 1
– Application Scenario 2
Pros:
– Advantage 1
– Advantage 2
Cons:
– Disadvantage 1
– Disadvantage 2
Product Details: Buna N (NBR) Commercial Grade Sheet Rubber, ASTM D2000 Type BG
Technical Parameters:
– Tensile Strength: 1000 psi minimum
– Temperature Range: -20 ° to 212 ° F
– Durometer: 40-80 (±5) Shore A
– Thicknesses: 1/64″ – 2″
– Finish: Smooth or nylon (fabric)
Application Scenarios:
– Automotive applications
– Industrial applications
Pros:
– Excellent fuel and oil resistant qualities
– Versatile thickness options
Cons:
– Limited temperature range
– Potential for wear over time in harsh conditions
J200J_197812: Classification System for Rubber Materials – SAE …
Product Details: Classification System for Rubber Materials – SAE J200J_197812
Technical Parameters:
– Properties of vulcanized rubber materials
– Intended for automotive applications
Application Scenarios:
– Use in rubber products for automotive applications
– Potential use in other industries
Pros:
– Comprehensive classification for various rubber materials
– Subject to revision for automotive needs
Cons:
– May not cover all specific industry requirements
– Requires regular updates to stay relevant
Committee on Automotive Rubber Specs – SAE International
Product Details: SAE Standards for Rubber and Elastomer Materials
Technical Parameters:
– Classification systems for various rubber materials
– Test methods for determining properties of elastomers
Application Scenarios:
– Automotive applications
– Manufacturing of rubber products
Pros:
– Standardized methods for material specification
– Guidelines for testing and quality assurance
Cons:
– May not cover all specific material requirements
– Potential for outdated standards in historical documents
Classification System for Rubber Materials J200_201506 – SAE International
Product Details: Classification System for Rubber Materials J200_201506
Technical Parameters:
– Properties of vulcanized rubber materials
– Applicable for automotive applications
Application Scenarios:
– Use in rubber products for automotive applications
– Testing and classification of rubber materials
Pros:
– Comprehensive classification system
– Includes various types of rubber materials
Cons:
– Limited to automotive applications
– May require specific testing methods
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Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| Classification System for Rubber Materials J200_201112 – SAE International | Classification System for Rubber Materials – SAE J200_201112 | – Comprehensive classification for various rubber materials – Collaboration with ASTM for technical equivalence | – Subject to revision based on automotive needs – Specific requirements may not be fully prescribed | www.sae.org |
| Classification System for Rubber Materials J200_202303 – SAE International | Classification System for Rubber Materials – J200_202303 | – Comprehensive classification of rubber materials – Updated reference oils for better performance | – Limited to automotive applications – May not cover all types of rubber materials | www.sae.org |
| Sae J200 | PDF – Scribd | SAE J200 Standard | – Comprehensive standard documentation – Widely recognized in the industry | – Limited accessibility without subscription – Potentially outdated information |
| China Heat Resistance ASTM D2000 / SAE J200 AFLAS O Ring Standard Or … | Heat Resistance ASTM D2000 / SAE J200 AFLAS O Ring Standard Or Nonstandard | – High heat resistance and durability – Available in various materials and sizes | – Minimum order quantity may apply – Lead time for production can be up to 28 days | www.chinax.com |
| N470 is a 70 (Shore A) durometer nitrile compound specified under ASTM D 2000-95. | – Versatile specification system for rubber materials – Allows flexibility in using different manufacturers’ compounds | – Potential variability in material properties between manufacturers – Complexity in understanding the full specification details | www.amesrubberonline.com | |
| SAE International – J200_201506 – Classification System for Rubber … | SAE J200 Standard | – Advantage 1 – Advantage 2 | – Disadvantage 1 – Disadvantage 2 | standards.globalspec.com |
| Buna N (NBR) Commercial Grade Sheet Rubber, ASTM D2000 Type BG | – Excellent fuel and oil resistant qualities – Versatile thickness options | – Limited temperature range – Potential for wear over time in harsh conditions | brpmfg.com | |
| J200J_197812: Classification System for Rubber Materials – SAE … | Classification System for Rubber Materials – SAE J200J_197812 | – Comprehensive classification for various rubber materials – Subject to revision for automotive needs | – May not cover all specific industry requirements – Requires regular updates to stay relevant | www.sae.org |
| Committee on Automotive Rubber Specs – SAE International | SAE Standards for Rubber and Elastomer Materials | – Standardized methods for material specification – Guidelines for testing and quality assurance | – May not cover all specific material requirements – Potential for outdated standards in historical documents | profiles.sae.org |
| Classification System for Rubber Materials J200_201506 – SAE International | Classification System for Rubber Materials J200_201506 | – Comprehensive classification system – Includes various types of rubber materials | – Limited to automotive applications – May require specific testing methods | www.sae.org |
Frequently Asked Questions (FAQs)
What is SAE J200 and why is it important for factories in China?
SAE J200 is a standard that specifies the requirements for automotive rubber materials. It ensures that the materials used in manufacturing meet safety and performance criteria. For factories in China, adhering to this standard is crucial for producing high-quality automotive components that comply with international regulations.
How do I find SAE J200 certified factories in China?
You can find SAE J200 certified factories by searching online directories, industry trade shows, or contacting trade associations. Additionally, consider reaching out to local business consultants who specialize in the automotive sector for recommendations.
What types of products are typically manufactured under SAE J200 standards?
Products manufactured under SAE J200 standards include various rubber components such as seals, gaskets, hoses, and vibration dampers. These components are essential for ensuring the reliability and safety of vehicles.
Are there any specific challenges faced by SAE J200 factories in China?
Yes, factories may face challenges such as maintaining compliance with evolving standards, managing supply chain issues, and ensuring consistent quality control. Additionally, competition and cost pressures can impact their operations.
How can I ensure the quality of products from SAE J200 factories?
To ensure quality, you can request certifications, conduct factory audits, and ask for product samples before placing large orders. Building a strong relationship with the factory and maintaining open communication can also help ensure consistent quality.