PPS GF40 (40% Glass Fiber Reinforced)
SPECS: 40% GF | Tensile: 170 MPa | HDT: 260 C | Water Abs: 0.02%
FEATURES: Extreme chemical resistance and thermal stability. Meets BMW engine specs. Ideal for precision bearings and industrial brackets.
Products
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YONGJUXING ENGINEERING PLASTICS
Modified Nylon Products
YONGJUXING supplies modified nylon products and engineering polyamide compounds for injection molding applications. Our range covers PA6, PA66, high-temperature nylon, long-chain polyamides and functional modified grades, including glass fiber reinforced, impact modified, flame retardant and self-lubricating compounds. We provide material selection and custom formulation support based on your application and performance requirements.
OUR PRODUCT RANGE
Browse Modified Nylon Compounds by Material Type
Explore our modified polyamide compounds by base resin, material structure and functional properties. Select a product family to review available grades and technical information.
01
PA6 Compounds
Polyamide 6 compounds for reinforced and impact-modified injection molding applications.
Glass Filled Toughened View PA6 Products →
02
PA66 Compounds
Polyamide 66 compounds for structural parts requiring mechanical strength, rigidity and heat resistance.
Glass Filled Toughened View PA66 Products →
03
High Temperature Nylon (PPA)
High-temperature polyamide materials for demanding automotive, electrical and industrial components.
PA6T PA9T PA10T PA46 View High Temperature Nylon →
04
Long Chain Polyamide (LCPA)
Long-chain nylon compounds with material options for flexibility, low moisture absorption and chemical resistance.
PA11 PA12 PA610 PA612 View Long Chain Polyamide →
05
Functional Modified Nylon
Specialty nylon compounds developed for reinforcement, flame resistance, electrical properties and wear requirements.
Carbon Fiber Flame Retardant Conductive View Functional Nylon →
06
Specialty Engineering Plastics
Additional engineering material options for projects with specific thermal, chemical or barrier requirements.
PEEK PPS MXD6 View Specialty Materials →
PPA CF40 (40% Carbon Fiber Reinforced)
SPECS: 40% CF | Tensile: 300 MPa | HDT: 295 C | Density: 1.42 g/cm3
FEATURES: Ultra-high modulus metal replacement. Extreme stiffness and heat resistance. Ideal for EV battery structures and high-pressure chemical valves.
PEEK GF30 (30% Glass Fiber Reinforced)
SPECS: 30% GF | Tensile: 185 MPa | HDT: 315 C | Water Abs: 0.1 percent
FEATURES: High stiffness and chemical resistance. Ideal for semiconductor etching and vacuum chamber parts.
PEEK CF30 (30% Carbon Fiber Reinforced)
SPECS: 30% CF | Tensile: 250 MPa | HDT: 315 C | Modulus: 20 GPa
FEATURES: Extreme heat and chemical resistance. Superior stiffness. Ideal for downhole oil tools and EV high-voltage parts.
Toughened PA1010 (Bio-based High Impact)
SPECS: 100 percent Bio-content | Notched Impact: 15-25 kJ/m2 | Tensile: 45-55 MPa | HDT: 155 C
FEATURES: Exceptional low-temperature toughness and eco-friendly. Impact modified for hydraulic seals and sports equipment. High dimensional stability.
PA1010 Bio-based (Eco-friendly High Performance)
SPECS: 100 percent Bio-content | Tensile: 45-55 MPa | HDT: 160 C | Water Abs: 0.12 percent
FEATURES: Exceptional dimensional stability and eco-friendly. Ideal for chargers, relays, and precision sports gear.
PA612 GF30 (30% Glass Fiber Reinforced)
SPECS: 30% GF | Tensile: 125 MPa | HDT: 205 C | Water Abs: 1.1%
FEATURES: Excellent dimensional stability and glycol resistance. Perfect for Honda and Toyota radiator tanks and EV chargers.
PA610 Bio-based (Eco-friendly High Performance)
SPECS: 60 percent Bio-content | Density: 1.07 g/cm3 | Melting Point: 215 C | Water Abs: 1.5 percent
FEATURES: Renewable castor oil based. Superior oil resistance and dimensional stability. Ideal for fuel lines and automotive seals.
PA66 PTFE (Self-Lubricating Nylon 66)
SPECS: 15 percent PTFE | Tensile: 85-165 MPa | HDT: 250 C | Friction: 0.10
FEATURES: Excellent dry lubrication and wear resistance. Compatible with PA66 GF30 PTFE 15 specifications for automotive bushings and Bosch-style precision parts.
PA66 MoS2 (Self-Lubricating Nylon)
SPECS: 10^3 – 10^5 ohm Surface Resistivity | Tensile: 160 MPa | HDT: 250 C
FEATURES: Permanent conductivity and high mechanical strength. Ideal for ESD-safe robotics and electrical parts.
PA66 Conductive (Carbon Fiber Reinforced)
SPECS: 10^3 – 10^5 ohm Surface Resistivity | Tensile: 160 MPa | HDT: 250 C
FEATURES: Permanent conductivity and high mechanical strength. Ideal for ESD-safe robotics and electrical parts.
PA66 CF30 (30% Carbon Fiber Reinforced)
SPECS: 30% CF | Tensile: 250 MPa | Modulus: 20,000 MPa | HDT: 255°C
FEATURES: Ultra-high stiffness and lightweight. Superior impact resistance. Ideal for aerospace drones and automotive structural parts.
Custom Polyamides (PA) compounds factory. Full range of Modified Nylon: PA6, PA66, PA12 (Glass Filled, Toughened, FR). ISO Certified, free samples, and global shipping.
CORE PRODUCT FAMILIES
PA6 and PA66 Modified Nylon Compounds
PA6 and PA66 are the core product families in our modified nylon range. We supply glass fiber reinforced and impact-modified polyamide grades for automotive components, electrical parts, power tools and industrial injection molding.
PA6 Compounds – Nylon 6
Modified PA6 compounds are available for applications requiring a balance of mechanical strength, impact resistance, processing performance and material cost.
- Glass Fiber Reinforced PA6
- Impact Modified PA6
- Reinforced and Functional PA6 Grades
Typical selection factors include glass fiber content, impact strength, stiffness, heat resistance and injection molding requirements.
PA6 Glass Filled Compounds →PA6 Toughened Compounds →
PA66 Compounds – Nylon 66
Modified PA66 compounds serve applications requiring higher rigidity, mechanical strength and heat resistance, with reinforcement and functional modification options.
- Glass Fiber Reinforced PA66
- Impact Modified PA66
- Carbon Fiber Reinforced PA66
- Functional PA66 Grades
Grade selection depends on reinforcement content, thermal requirements, dimensional stability and the working conditions of the molded part.
PA66 Glass Filled Compounds →PA66 Toughened Compounds →
PA6 or PA66?
Compare their moisture absorption, heat resistance, mechanical properties and processing requirements before selecting a grade.
Read PA6 vs. PA66 Comparison →
HIGH TEMPERATURE MATERIALS
High Temperature Nylon Compounds
Our high-temperature nylon range includes PPA-related polyamides and PA46 grades for components exposed to elevated temperatures and demanding mechanical conditions. Material selection should consider heat exposure, load, dimensional stability and processing requirements.
PA6T Series
PA6T-based high-temperature polyamide grades for demanding electrical, automotive and precision molded components.
View PA6T Series →PA9T & PA10T Series
High-temperature polyamide options for applications requiring thermal performance, dimensional stability and mechanical strength.
View PA9T & PA10T →PA46 Series
PA46 compounds for heat-resistant mechanical and industrial components, with reinforced grades available in the product range.
View PA46 Compounds →
LONG CHAIN POLYAMIDE
Long Chain Polyamide Compounds
Long-chain polyamides offer material options for applications where moisture absorption, flexibility, chemical resistance and dimensional stability are important. Our range includes PA11, PA12, PA610, PA612 and bio-based nylon grades.
PA11 & PA12
Long-chain nylon grades for applications requiring flexibility, low moisture absorption and resistance to selected chemicals.
View PA11 & PA12 →PA610 & PA612
Polyamide 610 and 612 grades, including reinforced options for applications requiring dimensional stability and chemical resistance.
View PA610 & PA612 →Bio-based Nylon
Bio-based polyamide options including PA610 and PA1010 grades for projects considering renewable raw material content and material performance.
View Bio-based Nylon →
FUNCTIONAL MODIFICATION
Functional Modified Nylon Compounds
Functional modified nylon compounds are developed to meet specific requirements beyond standard polyamide properties. Choose a modification direction according to the mechanical, electrical, thermal and tribological conditions of your component.
Carbon Fiber Reinforced Nylon
Carbon fiber reinforced polyamide for applications requiring high stiffness, strength and lightweight material structures.
PA6 / PA66 Options View Carbon Fiber Nylon →Flame Retardant Nylon
Flame-retardant PA6 and PA66 compounds for electrical and electronic components with defined flammability requirements.
UL94 Grade Selection View Flame Retardant Nylon →Conductive & Anti-static Nylon
Functional polyamide grades for components requiring controlled electrical resistance or static dissipation.
Electrical Properties View Conductive Nylon →Self-lubricating & Wear-resistant Nylon
Lubricated and wear-modified nylon options for sliding components, bushings and mechanical parts requiring friction control.
Low Friction Wear Resistance View Self-lubricating Nylon →
Custom functional modification:
Share your target properties, component design and operating conditions to discuss a suitable modified nylon formulation.
ADDITIONAL MATERIAL OPTIONS
Specialty Engineering Plastics
In addition to polyamide compounds, YONGJUXING also presents selected specialty engineering materials for projects with specific performance requirements.
PEEK Compounds
High-performance thermoplastic compounds for demanding thermal, mechanical and chemical environments.
View PEEK Compounds →PPS Compounds
Polyphenylene sulfide compounds for applications requiring heat resistance, chemical resistance and dimensional stability.
View PPS Compounds →MXD6 Compounds
Specialty polyamide materials with barrier properties for applications requiring specific gas and material barrier performance.
View MXD6 Compounds →
MATERIAL SELECTION
How to Select the Right Modified Nylon Compound
The right nylon compound depends on the component's working environment, mechanical load, temperature, processing method and required service performance. Use the following guide to identify a suitable material direction.
| Application Requirement | Recommended Material Direction | Key Selection Factors |
|---|---|---|
| High stiffness and strength | Glass Fiber Reinforced PA6 / PA66 | Tensile strength, flexural modulus, fiber content |
| Impact and crack resistance | Toughened PA6 / PA66 | Notched impact strength, elongation, operating temperature |
| Elevated temperature | PPA / PA46 | HDT, melting point, continuous service conditions |
| Lower moisture absorption | PA11 / PA12 / PA610 / PA612 | Water absorption, dimensional stability, chemical exposure |
| High stiffness with lightweight structure | Carbon Fiber Reinforced Nylon | Density, tensile strength, flexural modulus |
| Flame resistance | Flame Retardant PA6 / PA66 | UL94 classification, test thickness, mechanical properties |
| Friction and wear control | Self-lubricating Nylon | Friction coefficient, wear rate, contact conditions |
| Static dissipation or conductivity | Conductive / Anti-static Nylon | Surface resistivity, volume resistivity, electrical requirements |
Final grade selection should be based on the technical data of the specific compound, processing trials and actual application conditions.
INDUSTRIAL APPLICATIONS
Applications of Modified Nylon Compounds
Our modified nylon materials serve manufacturers of injection-molded components across automotive, electrical, power tool and industrial sectors. Material selection is based on the component's structural design and working conditions.
Automotive Components
Typical parts include brackets, clips, structural covers, fluid-system components and other molded automotive parts.
Material directions: Reinforced PA6, PA66, PA612 and selected high-temperature nylon grades.
Electrical & Electronics
Applications include connectors, switch components, electrical housings and molded insulating parts.
Material directions: Flame Retardant PA6/PA66, reinforced nylon and conductive grades.
Power Tools & Appliances
Material options for tool housings, handles, internal supports and structural molded components.
Material directions: Toughened PA6, reinforced PA66 and impact-modified compounds.
Industrial Machinery
Applications include gears, bushings, sliders, wear components and mechanical structural parts.
Material directions: Glass-filled nylon, self-lubricating nylon and high-temperature polyamides.
CUSTOM FORMULATION
Custom Modified Nylon Compounding Solutions
YONGJUXING supports custom modified nylon formulations based on component design, processing conditions and target material properties. Our engineering team works with customers to evaluate existing grades or discuss customized polyamide compounds.
Available Modification Directions
- Glass fiber and carbon fiber reinforcement
- Impact modification and toughness adjustment
- Flame-retardant formulation
- Conductive and anti-static properties
- Wear and friction modification
- Heat resistance and dimensional stability
- Processing fluidity and color matching
Information for Material Development
- Current resin grade or material specification
- Component drawings or application details
- Required mechanical and thermal properties
- Operating temperature and working environment
- Injection molding conditions
- Expected material consumption and order volume
01. Requirements
Review application and technical specifications.
02. Selection
Evaluate existing grades or formulation options.
03. Development
Discuss formulation and sample requirements.
04. Evaluation
Review processing and performance feedback.
05. Production
Confirm grade specifications for bulk supply.
MANUFACTURING & QUALITY
Modified Nylon Manufacturing & Quality Management
YONGJUXING combines material development, twin-screw compounding and quality management to support modified nylon production and continuous bulk supply.
12
Automatic Twin-screw Extrusion Lines
35,000 MT
Annual Production Capacity
20
R&D Engineers
2,000+ MT
Warehousing Capacity
Quality Management Systems
ISO 9001
Quality management system supporting standardized production and quality control.
ISO 14001
Environmental management system for production operations.
ISO 45001 & IATF 16949
Occupational health and safety and automotive quality management systems.
Technical documents:
Ask our team for the applicable TDS, SDS, batch COA and product test information when evaluating a specific modified nylon grade.
Contact Our Team →
PURCHASING INFORMATION
Frequently Asked Questions About Modified Nylon Products
Common questions from manufacturers and material buyers sourcing modified nylon and polyamide compounds.
1. What types of modified nylon products do you supply?
Our product range includes PA6, PA66, high-temperature nylon, long-chain polyamides and functional modified nylon compounds. Available modification directions include glass fiber reinforcement, impact modification, carbon fiber reinforcement, flame retardancy, conductivity and wear modification.
2. What is the difference between PA6 and PA66 compounds?
PA6 and PA66 differ in moisture absorption, thermal properties, mechanical performance and processing conditions. PA66 generally offers higher heat resistance, while PA6 provides a different balance of toughness, processability and cost. The suitable grade depends on the component and operating environment. See our PA6 vs. PA66 comparison.
3. Can you customize glass fiber or carbon fiber content?
We support reinforcement and formulation discussions according to the target mechanical properties and processing requirements. Share your required fiber content, current grade or component specifications for material evaluation.
4. Can I request technical data sheets for your nylon compounds?
Contact us with the product name or grade. Our team can provide the applicable technical information and discuss available test reports and quality documents for the selected material.
5. Can I request samples before placing a bulk order?
Sample requests can be discussed before bulk purchasing. Please provide the required grade, application, processing method and estimated quantity so that we can review the appropriate sample arrangement.
6. What information should I provide when requesting a modified nylon quotation?
Provide your target material grade, application, required performance properties, processing conditions, estimated monthly consumption and delivery requirements. Existing TDS or component drawings can also help with material selection and quotation.
7. Which modified nylon is suitable for injection molding?
PA6 and PA66 compounds are widely used in injection-molded components. Glass-filled grades are considered for higher stiffness, toughened grades for impact resistance, and functional grades for specific electrical, thermal or wear requirements. Final selection should be based on the grade's processing data and application tests.