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Graphene knitted fabric Custom
Home / Product / Knitted Fbrics / Graphene knitted fabric

Graphene knitted fabric Suppliers

In terms of functional requirements, anti-static, anti-wrinkle, and antibacterial functional fabrics are the top three functional fabrics, but currently there is no material textile that can combine these multiple functions to a large extent. Graphene textiles have multifunctional properties such as low-temperature far-infrared, moisture-absorbing and breathable, antibacterial and antibacterial, anti-static, anti-electromagnetic, anti-ultraviolet and self-heating.

Graphene knitted fabric with textured lines Graphene knitted fabric with textured lines
Pebbled graphene knitted fabric Pebbled graphene knitted fabric

Company Profile

Established in December 2020, As China Graphene knitted fabric Suppliers and Graphene knitted fabric Suppliers, Hangzhou Zhuoya Textile Co., Ltd. is a company specializing in the production and sales of jacquard mattress fabrics. The company currently provides supporting services to many domestic mattress and home textile enterprises, and is widely praised in the market. The company's main production equipment is 20-needle single-sided jacquard and double-sided jacquard series. At the same time, many well-known domestic chemical fiber manufacturers are used as raw material suppliers to ensure that the raw materials are environmentally friendly and make the raw materials more environmentally friendly and skin-friendly. In order to pursue better quality, the company also adopts the latest fabric finishing technology, open width washing machine and setting machine. In addition to excellent equipment, the company also has a high-quality management and marketing team to meet the increasingly fierce competition in the market development needs. More importantly, our company has first-line skilled workers with rich production experience and hard-working production workers. Since the establishment of the company, it has always been adhering to the policy of "quality determines everything", and has a very strong and excellent supply capacity. Through excellence in production technology, standardized management, and high-quality service, we have won the favor of many domestic and foreign customers. At the same time, we supply Graphene knitted fabric Custom, the company has a high research and development capability, whether it is product design and development or post-production, it is the company's strength. In short, the company adheres to the concept of professionalism, integrity, and ingenuity, and constantly develops and innovates to make products more novel, more beautiful, more stable in quality, and better in service.

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Industry knowledge

How does graphene affect the fabric's strength and durability?

Graphene has the potential to significantly enhance the strength and durability of fabrics when incorporated into knitted fabrics. Here are some ways graphene can affect fabric strength and durability:
1. Increased tensile strength: Graphene has exceptional mechanical properties, including high tensile strength. When graphene is integrated into the fabric structure, it can reinforce the fabric, making it stronger and more resistant to tearing or stretching.
2. Improved abrasion resistance: Graphene's hardness and toughness can enhance a fabric's resistance to abrasion. It can act as a protective layer, preventing the fabric from wearing down or fraying easily, thereby increasing its durability.
3. Enhanced tear resistance: Graphene's presence in knitted fabric can provide resistance against tearing forces. It can distribute stress and prevent the propagation of tears, making the fabric more resistant to damage.
4. Increased flexibility and elasticity: Despite its exceptional strength, graphene is also highly flexible. When added to knitted fabrics, it can improve their flexibility and elasticity while maintaining their strength. This flexibility allows the fabric to withstand repeated stretching without losing its structural integrity.
5. Improved dimensional stability: Graphene can help stabilize the fabric's structure and reduce dimensional changes caused by factors such as moisture, heat, or mechanical stress. This enhanced dimensional stability contributes to the fabric's durability and shape retention.
6. Resistance to chemical degradation: Graphene is inherently chemically stable, which means it can provide protection to the fabric against certain chemical agents or environmental factors that may cause degradation. This resistance to chemical degradation can extend the fabric's lifespan.
It's important to note that the exact impact of graphene on fabric strength and durability can vary depending on various factors, such as the graphene concentration, fabrication method, and the specific properties of the base fabric. Further research and development are ongoing to optimize graphene's integration into fabrics and fully understand its effects on strength and durability.

Are there any potential applications for graphene knitted fabric in various industries?

Graphene knitted fabric holds great potential for a wide range of applications across various industries. Here are some potential applications:
1. Protective clothing and textiles: The exceptional strength, durability, and tear resistance of graphene knitted fabric make it suitable for protective clothing applications, such as bulletproof vests, cut-resistant gloves, and impact-resistant garments.
2. Sports and outdoor apparel: Graphene knitted fabric can enhance the performance and comfort of sports and outdoor apparel. It can offer improved flexibility, moisture-wicking properties, and thermal regulation, making it suitable for activewear, sportswear, and outdoor gear.
3. Healthcare and biomedical textiles: Graphene's antimicrobial properties, combined with its potential for moisture management, make it promising for healthcare applications. Graphene knitted fabric could be utilized in wound dressings, compression garments, smart textiles for monitoring vital signs, and antimicrobial textiles for hospitals.
4. Energy storage and conversion: Graphene's excellent electrical conductivity makes it useful for energy storage and conversion applications. Graphene knitted fabric could be employed in flexible and lightweight batteries, supercapacitors, and wearable energy harvesting devices.
5. Smart textiles: Graphene knitted fabric can serve as a platform for integrating electronic components and sensors into textiles. It enables the development of smart textiles capable of sensing, monitoring, and responding to various stimuli, such as temperature, pressure, and humidity.
6. Filtration and separation: The nanoporous structure of graphene knitted fabric makes it effective for filtration and separation processes. It can be used in applications such as water purification, air filtration, and gas separation.
7. Aerospace and automotive industries: Graphene knitted fabric's lightweight nature, high strength, and thermal properties make it a potential candidate for aerospace and automotive applications. It can be utilized in lightweight composites, thermal management systems, and fire-resistant textiles.
8. Environmental applications: Graphene knitted fabric's properties can be leveraged in environmental applications, including oil spill cleanup materials, pollution sensors, and advanced membranes for water purification and desalination.
These are just a few examples of the potential applications of graphene knitted fabric. As research and development continue, new and innovative uses are likely to emerge, expanding the possibilities for this advanced textile material.

Can graphene knitted fabric provide any thermal or electrical benefits?

Yes, graphene knitted fabric can provide both thermal and electrical benefits due to the unique properties of graphene. Here's how it can offer advantages in these areas:
Thermal Benefits:
1. Thermal conductivity: Graphene exhibits exceptionally high thermal conductivity, allowing it to efficiently conduct and transfer heat. When integrated into knitted fabric, graphene can enhance the fabric's thermal conductivity, enabling better heat dissipation and regulation. This property can be useful in applications such as sportswear, outdoor clothing, and thermal management systems.
2. Thermal regulation: Graphene knitted fabric has the potential to provide enhanced thermal regulation properties. It can help maintain a comfortable temperature by efficiently dissipating excess heat and promoting heat retention when needed. This feature is beneficial in clothing and textiles for both warm and cold environments.
3. Far-infrared radiation emission: Graphene has the ability to emit far-infrared radiation, which is known to have positive effects on human health and well-being. Fabrics incorporating graphene can emit far-infrared radiation, promoting improved blood circulation, relaxation, and potentially aiding in pain relief.
Electrical Benefits:
1. Electrical conductivity: Graphene is an excellent conductor of electricity. When graphene is incorporated into knitted fabric, it imparts electrical conductivity to the fabric. This conductivity can enable the development of smart textiles and wearable electronics, where the fabric can function as a conductive medium for the integration of sensors, electronic components, and energy systems.
2. Flexibility and stretchability: Graphene's flexibility and stretchability make it suitable for applications requiring electrical conductivity in dynamic or flexible materials. Graphene knitted fabric can maintain its electrical properties even when subjected to stretching or bending, making it ideal for wearable electronics and e-textiles.
3. EMI shielding: Graphene's electrical conductivity also enables it to provide electromagnetic interference (EMI) shielding properties. When incorporated into knitted fabric, graphene can help block or absorb electromagnetic radiation, making it useful for applications such as electromagnetic shielding garments, electronics packaging, and communication devices.
It's important to note that the specific thermal and electrical properties of graphene knitted fabric can vary depending on factors such as graphene concentration, fabric structure, and manufacturing techniques. Ongoing research and development efforts are focused on optimizing these properties for various applications.