Are you curious about where to find the best PA66-GF30 materials? Comparing top factories is essential for making informed choices in quality and cost. Knowing the best options can save you time and money. Dive in to discover the leading factories that can meet your needs!
PA66 GF30 Radiator Fits What Vehicle? Full Fitment Guide & OEM Tips
Product Details: PA66 GF30 radiator made from polyamide 66 (nylon) reinforced with 30% glass fiber.
Technical Parameters:
– Strength and stiffness due to glass fiber reinforcement
– Heat resistance up to 250°C
Application Scenarios:
– Modern cars, SUVs, and trucks
– Vehicles requiring efficient cooling systems
Pros:
– Strong, tough, and heat-resistant material
– Lightweight compared to metal alternatives
Cons:
– Can deform under high heat if not heat-stabilized
– Limited recyclability due to glass fiber mixing
Glass fibre reinforced PA 66 – TECAMID 66 GF30 black | Ensinger
Product Details: TECAMID® 66 GF30 black is a 30% glass fiber reinforced PA 66, known for its outstanding mechanical properties such as higher strength, rigidity, creep strength, and dimensional stability.
Technical Parameters:
– Tensile strength at yield: 12,200 psi
– Elongation at break: 10%
Application Scenarios:
– Power engineering
– Automotive industry
Pros:
– Very good mechanical strength
– High heat deflection temperature
Cons:
– Less suitable for sliding applications due to abrasive effect
– Limited color options
PA66 GF30 (Nylon 66 GF30): Properties, Manufacturing, Applications
Product Details: PA66 GF30 (Nylon 66 GF30) is an engineering plastic material with 30% glass fiber reinforcement, known for its high mechanical strength, thermal stability, and chemical resistance.
Technical Parameters:
– Tensile Strength: 80-100 MPa
– Continuous Service Temperature: 120-150 °C
Application Scenarios:
– Automotive components such as brackets and supports
– Electrical connectors and housings for electronic devices
Pros:
– High Mechanical Strength
– Thermal Stability
Cons:
– Higher Production Costs
– Limited Flexibility
Nylatron™ GF30 /Ertalon™ 66 GF30 PA66 – MCAM
Product Details: Nylatron™ GF30/Ertalon™ 66 GF30 PA66 is a glass fiber-reinforced nylon 66 that offers increased strength, stiffness, creep resistance, and dimensional stability compared to virgin PA66.
Technical Parameters:
– Tensile Strength: 85 MPa
– Heat Deflection Temperature at 1.8MPa: 150 ºC
Application Scenarios:
– Bearings
– Structural components
Pros:
– High mechanical strength and stiffness
– Good wear resistance and machinability
Cons:
– Not compliant with FDA and other food safety regulations
– Limited resistance to strong acids and alkalies
What’s the Difference Between PA66 GF35 and PA66 GF30?
Product Details: PA66 GF30 and PA66 GF35 are nylon materials reinforced with glass fibers, with GF30 containing 30% glass fibers and GF35 containing 35%.
Technical Parameters:
– PA66 GF30: Enhanced mechanical strength, high thermal resistance, excellent wear…
– PA66 GF35: Exceptional strength and rigidity, improved heat resistance, outstand…
Application Scenarios:
– PA66 GF30: Automotive parts, electrical connectors, industrial machinery compone…
– PA66 GF35: Structural components, high-performance automotive parts, heavy-duty…
Pros:
– Both materials offer high strength and durability.
– PA66 GF35 provides enhanced performance for demanding applications.
Cons:
– PA66 GF30 may not perform as well in high-stress environments compared to GF35.
– Higher glass fiber content in GF35 may lead to increased brittleness.
Material data sheet PA66 GF30 black – WHM
Product Details: PA 66 GF30 black – Polyamide 66, black opaque with glass fibres, density of 1.34 g/cm³.
Technical Parameters:
– Modulus of elasticity (tensile test): 5500 MPa
– Tensile strength: 91 MPa
– Elongation at yield: 8%
– Elongation at break: 14%
– Flexural strength: 135 MPa
– Melting temperature: 254 °C
– Service temperature short term: 180 °C
– Service temperature long term: 110 °C
– Water absorption (24h): 0.1%
Application Scenarios:
– Mechanical engineering
– Automotive industry
– Aircraft and aerospace technology
Pros:
– Very high strength
– Good wear properties
– High dimensional stability
– Good weldable and bondable
Cons:
– Limited resistance to moisture
– Electrical insulation properties not guaranteed
Polyamide Ertalon 66 GF30 PA66 / Nylatron GF30 PA66
Product Details: Nylon GF30 is a glass fiber reinforced nylon material that offers enhanced mechanical properties.
Technical Parameters:
– High tensile strength
– Good impact resistance
Application Scenarios:
– Automotive components
– Industrial machinery parts
Pros:
– Improved durability
– Lightweight
Cons:
– Higher cost compared to non-reinforced nylon
– Limited chemical resistance
Powerful Durable Nylon 66 | PA66 GF30
Product Details: Nylon 66, also known as PA66, is a high-performance engineering plastic known for its exceptional strength, stiffness, heat resistance, and wear resistance. Variations include PA66 GF13, VOSS PA66 GF35, and Bosch PA66 GF30.
Technical Parameters:
– Low Moisture Absorption
– High Tensile Strength
– Good Abrasion Resistance
– Good Electrical Insulation
Application Scenarios:
– Fibers for textiles like carpets and clothing
– Engineering parts such as gears and bearings
– Automotive parts including engine components
– Electrical components like wire insulation
Pros:
– High strength and abrasion resistance
– Good chemical resistance
– Low moisture absorption
– High melting point
Cons:
– Can release fumes when melted
– Molten material can cause burns
– Dust can irritate skin and respiratory system
Alcom Pa66 910/1 Gf30 Ptfe15 – Albis
Product Details: ALCOM PA66 910/1 GF30 PTFE15 – Polyamide 66 with 30% glass fibres and 15% PTFE, designed for improved sliding and wear resistance.
Technical Parameters:
– Flexural Modulus: 8500 / 7000 MPa
– Tensile Strength at Break: 165 / 125 MPa
Application Scenarios:
– Automotive functional components
– Machinery bearings and sliding elements
Pros:
– Improved sliding and wear properties
– Heat stabilized for enhanced performance
Cons:
– Requires pre-drying before processing
– Limited to specific applications due to flammability and healthcare restrictions
PA66+GF30 – polyamide 66 glass fiber reinforced – TechPlasty
Product Details: PA66+GF30 – Polyamide 66 glass fiber reinforced, a 30% glass fiber reinforced variant of PA66.
Technical Parameters:
– Yield strength: 160 N/mm²
– Friction coefficient: 0.45
Application Scenarios:
– Highly loaded structural elements
– Abrasion-resistant and dimensionally stable machine components
Pros:
– Very high stiffness
– High dimensional stability
Cons:
– Less suitable for sliding applications due to abrasive effect
– Difficult machining leading to rapid tool wear
Related Video
Comparison Table
| Company | Product Details | Pros | Cons | Website |
|---|---|---|---|---|
| PA66 GF30 Radiator Fits What Vehicle? Full Fitment Guide & OEM Tips | PA66 GF30 radiator made from polyamide 66 (nylon) reinforced with 30% glass fiber. | – Strong, tough, and heat-resistant material – Lightweight compared to metal alternatives | – Can deform under high heat if not heat-stabilized – Limited recyclability due to glass fiber mixing | www.cherishyourcar.com |
| Glass fibre reinforced PA 66 – TECAMID 66 GF30 black | Ensinger | TECAMID® 66 GF30 black is a 30% glass fiber reinforced PA 66, known for its outstanding mechanical properties such as higher strength, rigidity, creep… | – Very good mechanical strength – High heat deflection temperature | – Less suitable for sliding applications due to abrasive effect – Limited color options |
| PA66 GF30 (Nylon 66 GF30): Properties, Manufacturing, Applications | PA66 GF30 (Nylon 66 GF30) is an engineering plastic material with 30% glass fiber reinforcement, known for its high mechanical strength, thermal stabi… | – High Mechanical Strength – Thermal Stability | – Higher Production Costs – Limited Flexibility | www.plasticmold.net |
| Nylatron™ GF30 /Ertalon™ 66 GF30 PA66 – MCAM | Nylatron™ GF30/Ertalon™ 66 GF30 PA66 is a glass fiber-reinforced nylon 66 that offers increased strength, stiffness, creep resistance, and dimensional… | – High mechanical strength and stiffness – Good wear resistance and machinability | – Not compliant with FDA and other food safety regulations – Limited resistance to strong acids and alkalies | www.mcam.com |
| What’s the Difference Between PA66 GF35 and PA66 GF30? | PA66 GF30 and PA66 GF35 are nylon materials reinforced with glass fibers, with GF30 containing 30% glass fibers and GF35 containing 35%. | – Both materials offer high strength and durability. – PA66 GF35 provides enhanced performance for demanding applications. | – PA66 GF30 may not perform as well in high-stress environments compared to GF35. – Higher glass fiber content in GF35 may lead to increased brittlene… | nylon-granules.com |
| Material data sheet PA66 GF30 black – WHM | PA 66 GF30 black – Polyamide 66, black opaque with glass fibres, density of 1.34 g/cm³. | – Very high strength – Good wear properties – High dimensional stability – Good weldable and bondable | – Limited resistance to moisture – Electrical insulation properties not guaranteed | whm.net |
| Polyamide Ertalon 66 GF30 PA66 / Nylatron GF30 PA66 | Nylon GF30 is a glass fiber reinforced nylon material that offers enhanced mechanical properties. | – Improved durability – Lightweight | – Higher cost compared to non-reinforced nylon – Limited chemical resistance | www.aiplastics.com |
| Powerful Durable Nylon 66 | PA66 GF30 | Nylon 66, also known as PA66, is a high-performance engineering plastic known for its exceptional strength, stiffness, heat resistance, and wear resis… | – High strength and abrasion resistance – Good chemical resistance – Low moisture absorption – High melting point | – Can release fumes when melted – Molten material can cause burns – Dust can irritate skin and respiratory system |
| Alcom Pa66 910/1 Gf30 Ptfe15 – Albis | ALCOM PA66 910/1 GF30 PTFE15 – Polyamide 66 with 30% glass fibres and 15% PTFE, designed for improved sliding and wear resistance. | – Improved sliding and wear properties – Heat stabilized for enhanced performance | – Requires pre-drying before processing – Limited to specific applications due to flammability and healthcare restrictions | www.albis.com |
| PA66+GF30 – polyamide 66 glass fiber reinforced – TechPlasty | PA66+GF30 – Polyamide 66 glass fiber reinforced, a 30% glass fiber reinforced variant of PA66. | – Very high stiffness – High dimensional stability | – Less suitable for sliding applications due to abrasive effect – Difficult machining leading to rapid tool wear | www.techplasty.com |
Frequently Asked Questions (FAQs)
What is PA66-GF30 and why is it used in factories?
PA66-GF30 is a nylon polymer reinforced with 30% glass fiber, making it strong and durable. Factories use it for applications requiring high strength, stiffness, and thermal stability, such as automotive parts, electrical components, and industrial machinery. Its enhanced properties help improve product performance and longevity.
How does the manufacturing process of PA66-GF30 work?
The manufacturing process involves polymerization of hexamethylenediamine and adipic acid, followed by compounding with glass fibers. This results in a composite material that combines the benefits of nylon with the added strength of glass fibers, ensuring a robust final product.
What are the advantages of using PA66-GF30 in production?
Using PA66-GF30 offers several advantages, including excellent mechanical properties, resistance to heat and chemicals, and reduced weight compared to metals. Its high impact strength and dimensional stability make it ideal for demanding applications, contributing to improved efficiency and performance in various industries.
Are there any environmental concerns related to PA66-GF30 production?
Like many plastics, the production of PA66-GF30 can have environmental impacts, including energy consumption and emissions. However, many factories are adopting sustainable practices, such as recycling and using renewable resources, to minimize their ecological footprint and promote a more sustainable manufacturing process.
How can I ensure quality when sourcing PA66-GF30 products?
To ensure quality, choose suppliers with a strong reputation and industry certifications. Request product samples and test them to verify performance. Additionally, check for compliance with relevant standards and regulations to ensure the materials meet your specific requirements and expectations.