LGF30 PA6 Material
LGF30 PA6 plastic pellet is a premium long glass fiber reinforced polyamide 6 engineered for high-performance structural and precision applications. By incorporating 30% long glass fibers into a high-quality PA6 matrix, this material delivers outstanding mechanical strength, stiffness, and dimensional stability. Its carefully optimized formulation ensures components achieve long-lasting durability and precise tolerances, making it an ideal choice for automotive, industrial, and engineering applications.
Manufacturers seeking high-performance engineering plastics can rely on LGF30 PA6 for parts that demand strength, thermal resistance, chemical stability, and processability in demanding environments. It combines the advantages of traditional polyamide 6 with the enhanced performance of long glass fiber reinforcement.
With industries increasingly focusing on lightweight structural design, improved mechanical efficiency, and durable engineering materials, LGF30 PA6 provides manufacturers with a dependable solution for producing high-strength components while reducing overall system weight.
GF30 PA6: Material Performance
The long glass fiber reinforced structure significantly enhances the overall performance of the PA6 matrix.
Stable mechanical properties
Compared with ordinary PA6 materials, LGF30 PA6 has significantly improved in terms of tensile strength, bending stiffness and impact resistance, enabling it to maintain stable mechanical properties under high loads and continuous stress conditions.
Fatigue resistance
The long-fiber structure forms a stable stress-bearing network within the material, enabling the mechanical stress to be distributed more evenly, thereby reducing the risk of material fatigue and crack propagation. This characteristic makes the components made of LGF30 PA6 have better durability in long-term operating environments.
Excellent dimensional stability
Dimensional stability is also an important feature of LGF30 PA6. The long glass fibers can reduce the shrinkage and warping during the injection molding process, ensuring that the molded parts maintain stable geometric dimensions and good assembly accuracy.
In addition, this material also possesses excellent heat resistance and chemical resistance. LGF30 PA6 has good tolerance to oils, fuels, and various industrial lubricants, thus being able to maintain long-term stable performance in automotive, mechanical equipment, and industrial environments.
The Structural Design Advantages of LGF30 PA6
One of the significant advantages of LGF30 PA6 is its ability to support the lightweight structural design of modern engineering products. Due to the high stiffness-to-weight ratio of the long glass fiber reinforced structure, engineers can reduce the material thickness while maintaining the structural strength, thereby lowering the overall weight.
This characteristic enables LGF30 PA6 to replace some metal materials in many applications. Compared with traditional metal structures, the reinforced thermoplastic material not only has a lighter weight but also offers more flexible processing methods, allowing for the realization of complex structural designs.
The excellent structural rigidity of LGF30 PA6 material can also enhance the uniformity of load distribution within the components, thereby improving the overall reliability and service life of the product.
TDS of LGF30 PA6 Composite
LGF30 PA6 possesses numerous advantages in structural engineering materials. Structural strength and stiffness-to-weight ratio, fatigue resistance and structural durability, processing stability and production consistency
|
Physical
|
Typical Characteristic
|
Data unit |
Testing Standard
|
| Specific Gravity | 1.10-1.50 | g/cM3 | ASTM-D-792 |
|
Tensile Strength
|
160-180 | MPA |
ASTM D-638
|
|
Tensile Modulus
|
10000-11000 | MPA |
ASTM D-638
|
|
Flexural Strength
|
250-270 | MPA |
ASTM D-790
|
|
Flexural Modulus
|
7800-8000 | MPA |
ASTM D-790
|
|
Deflection Temperature
(1.8MPa)
|
200-220 |
°C
|
ISO 75-2
|
|
Melt Temperature
|
wifi intelligent control | / | / |
|
Mould temperature
|
10-year motor warranty | / | / |
What is LGF30 Nylon 6 Polymer Used For?
Load-bearing components: such as front and rear bumper brackets, seat support parts, suspension system components, etc., need to withstand long-term vibration and mechanical stress.
Enclosures and protective covers: such as the protection shell for the electronic control module, the heat dissipation cover, etc. These components need to have good dimensional stability and be resistant to thermal deformation.
Switch and controller housing: Resists mechanical stress from daily operations while maintaining excellent thermal stability.
Protective cover and guide rail: Protect sensitive circuits and components from external shocks or chemical corrosion.
Structural support components: These are the structural components used in televisions, printers, and kitchen appliances, and they must be lightweight yet sturdy.
Complex-shaped components: Through injection molding, complex geometric designs are achieved while ensuring the strength and stability for long-term use.
LGF30 PA6 is a reliable long-fiber reinforced engineering plastic material, capable of meeting the requirements for strength, durability and production efficiency in modern engineering structure applications. With outstanding mechanical properties, excellent processing stability and lightweight advantages, LGF30 PA6 has become an important engineering material solution in the fields of automobiles, industrial machinery and electrical equipment.
FAQ
Q: Does the LGF30 PA6 material need to be dried before processing?
A: Nylon materials have hygroscopic properties, so it is recommended to carry out thorough drying before processing to reduce the moisture content of the material and avoid forming defects.
Q: Can LGF30 PA6 be customized in terms of material?
A: According to specific application requirements, the material can be customized to a certain extent, such as adjusting the content of glass fibers, optimizing the impact resistance, or enhancing the heat resistance, in order to meet the needs of different product structures and usage environments.
Q: Which molding processes are suitable for LGF30 PA6?
A: This material is mainly applicable to the injection molding process.
Hot Tags: lgf30 pa6 material, China, manufacturers, suppliers, factory, buy, customized
