Variety and quality
We have more than 500 different qualities and 10000 ready-made colors to choose from.
fast delivery
With careful arrangement and management, we can guarantee to complete the production of fabrics within 5 days.
SMALL QTY MOQ
We can provide any number of products for customers to choose and buy according to their requirements.
Professional production team
We have an efficient production management team that can guarantee high-quality products.
We Have The Best Solutions for Your Business
LAVENDER TEX CO.,LIMITED, Founded in 2007, is an enterprise with 16 years of research and development experience in textile fabrics. The company focuses on the research and development and production of ready stocks fabric, and has passed the ISO system, the European OEKO-TEX certification. Our head office located at Qingdao city, one of the biggest seaport of China.Also we have warehouse and breach office at Shaoxing, Shijiazhuang, Hongkong, Madagascar. We served customers more than 50 countries and expecting develop business with new customers.
Characteristics of Antistatic Fabric
Antistatic fabric possesses key characteristics that make it effective in controlling static electricity. It contains conductive fibers or coatings that allow for the dissipation of static charges, preventing their accumulation. The fabric has a specific resistance range measured in ohms per square (Ω/sq), determining its ability to control static effectively. Additionally, antistatic fabric is designed to be comfortable, breathable, and durable for optimal wearer comfort and long-lasting performance.
Application Fields of Antistatic Fabric
Antistatic fabric finds wide application in industries where static electricity is a concern. It is commonly used in electronics manufacturing, cleanrooms, laboratories, and environments with flammable substances. Additionally, it is utilized in sectors such as oil and gas, healthcare, automotive, and aerospace, where static-related hazards must be mitigated.
Process Flow of Antistatic Fabric Production
The production process of antistatic fabric involves several key steps. It starts with the selection of base fabric, followed by the application of conductive coatings or incorporation of conductive fibers during the manufacturing process. The fabric then undergoes treatments such as drying and curing to ensure durability and effectiveness. Finally, the finished antistatic fabric is inspected, tested, and prepared for distribution to end-users.
Product Ingredients of Antistatic Fabric
The ingredients used in the production of antistatic fabric vary depending on the manufacturing process. However, common ingredients include conductive fibers like carbon fibers or metal fibers, which provide the conductivity needed for static dissipation. Additionally, additives such as binders, coatings, or finishes may be incorporated to enhance the fabric's performance, durability, and other desired properties. The specific composition of product ingredients may vary among manufacturers to meet industry standards and customer requirements.
Frequently Asked Question
Do you have any question?
While antistatic fabric is designed to minimize the buildup of static electricity, it cannot completely eliminate it. The fabric helps to dissipate static charges across its surface, reducing the risk of static-related issues. However, other factors such as humidity, environmental conditions, and individual activities can still contribute to static electricity generation.
The longevity of antistatic properties in fabric can vary depending on factors such as the quality of the fabric and its usage conditions. In general, high-quality antistatic fabric is designed to retain its properties over an extended period. However, regular wear, washing, and exposure to harsh chemicals or improper care can gradually diminish the effectiveness of the antistatic treatment. Following the manufacturer's care instructions can help maintain the fabric's antistatic properties for longer.
Yes, antistatic fabric is commonly used in cleanrooms and controlled environments where static electricity can be a concern. It helps prevent static discharge that could damage sensitive electronic components or compromise the cleanliness of the environment. Antistatic fabric used in cleanrooms often meets specific industry standards for cleanliness, particulate generation, and static dissipation.
Yes, antistatic fabric is safe to wear. It is designed to minimize the risk of static electricity buildup, reducing the chances of shocks or sparks. Additionally, antistatic fabric is often made from comfortable, breathable materials to ensure wearer comfort. However, it's essential to follow proper safety procedures and guidelines when working in static-sensitive environments, as antistatic fabric alone may not provide complete protection against all potential hazards.