Thermal Fabric Wholesale

Thermal Fabric Manufacturers

Tianhong offer a range of innovative thermal fabrics.

Bamboo Viscose Thermolite Blends for Active Loungewear: Our Bamboo Viscose Thermolite stretch jersey and interlock fabrics leverage the natural breathability and moisture-wicking properties of bamboo alongside the superior warmth-to-weight ratio of Thermolite. The addition of spandex ensures a comfortable stretch for unrestricted movement. These machine-washable fabrics are ideal for loungewear applications, particularly active lounging or lounging in cooler environments.

Acrylic and Bamboo Viscose Thermal Fleece for Versatility:  Our Acrylic and bamboo viscose thermal fleece combines the warmth and softness of acrylic with the natural breathability of bamboo. This fabric is constructed with a napped fleece surface, creating a layer of air for superior insulation. Easy care wash instructions (cold wash, tumble dry) make this a practical choice. This fleece is perfect for thermal underwear or loungewear, offering comfortable warmth for various activities.

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Nantong Tianhong Textile Technology Co., Ltd.

Tianhong Story

As a China Thermal Fabric manufacturers and Thermal Fabric factory, we proudly put our customers' needs first. We are well aware of the wide application of fabrics in different industries, so we focus on providing a variety of fabric options to meet the specific needs of various customers. During the production process, we always maintain strict quality control to ensure that every piece of fabric meets high standards.
About us
Nantong Tianhong Textile Technology Co., Ltd.

Organic Bamboo Pioneers

We are dedicated to creating more than 90% organic products by 2030, and we are one of the first manufacturers in the world to adopt the organic bamboo OCS label.

Nantong Tianhong Textile Technology Co., Ltd.

Environmental-Friendly

We adhere to the OEKO-TEX 100 standard in our raw material procurement and fabric production processes. Our primary fabric products have obtained the OEKO-TEX 100 certification.

Nantong Tianhong Textile Technology Co., Ltd.

Dope Dyeing

Tianhong ensures that over 40% of the fabrics in production use the dope dyeing process. Compared to conventional methods, this process saves an average of 60 tons of water per ton of fabric, reduces dye and auxiliary agent usage by 150 kg, and cuts down carbon dioxide emissions by approximately 750 kg.

Nantong Tianhong Textile Technology Co., Ltd.
Nantong Tianhong Textile Technology Co., Ltd.

Ecological System of Circulation

To guarantee that our goods fulfill sustainable, environmentally friendly, and biodegradable standards, we are devoted to designing, producing, and using raw materials that meet professional certification criteria, including but not limited to FSC, OCS, OEKO-TEX 100, and other certifications. One of the essential raw materials is bamboo fiber, which is among the various eco-friendly materials we use.


Bamboo fiber, a cellulose fiber that is renewable, serves as our primary source of raw materials. Fast-growing bamboo has a far shorter growth cycle than conventional wood raw materials. Since bamboo grows more quickly than it can be harvested, we can periodically harvest it without harming the environment.


The root structure of bamboo also contributes to soil stability, water resource preservation, and soil erosion prevention. This helps protect the natural ecosystem.

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Industry Knowledge

In the realm of textiles, Thermal Fabric emerges as a cornerstone of comfort, providing an exceptional blend of warmth, functionality, and versatility. Designed to combat the chill of colder temperatures, thermal fabrics have become a staple in various applications, from winter clothing to home textiles. This article explores the distinctive characteristics, manufacturing processes, and diverse applications of Thermal Fabric, shedding light on its pivotal role in enhancing our experience of warmth and coziness.
At the heart of Thermal Fabric is a commitment to delivering effective insulation against the cold. Unlike traditional fabrics, thermal fabrics are engineered to trap and retain heat, creating a microclimate that keeps the wearer warm in cooler weather. This unique ability to provide thermal insulation has made these fabrics highly sought after, particularly in regions with cold climates or during the winter months.
The production of Thermal Fabric involves the use of specialized fibers and weaving techniques that optimize its thermal properties. Commonly used fibers include polyester, fleece, and other synthetic materials known for their insulating qualities. The construction of the fabric involves creating air pockets that trap and retain heat, forming a barrier against the external cold and ensuring the maintenance of body warmth.
One of the defining characteristics of Thermal Fabric is its ability to regulate body temperature. The fabric's insulation properties work in both directions, trapping heat in cold conditions and allowing the release of excess heat in warmer environments. This versatility makes thermal fabrics suitable for a range of temperatures, offering comfort and adaptability in various climates and activities.
In the world of fashion, Thermal Fabric has become synonymous with winter wear, providing an essential layer of warmth without compromising style. Thermal tops, leggings, and undergarments have become wardrobe staples for those navigating colder seasons. The slim and flexible nature of thermal fabrics allows for easy layering, enabling individuals to stay warm without the bulkiness often associated with traditional winter clothing.
Beyond fashion, Thermal Fabric has found applications in outdoor and sports apparel, providing athletes and enthusiasts with the insulation needed for cold-weather activities. Thermal base layers, jackets, and accessories contribute to enhanced performance and comfort in winter sports such as skiing, snowboarding, and mountaineering. The fabric's lightweight and breathable nature ensures that athletes can move freely while staying warm in challenging conditions.
The versatility of Thermal Fabric extends to the world of sleepwear and loungewear, where comfort and warmth are paramount. Thermal pajamas, blankets, and robes have gained popularity for their cozy feel, making them ideal choices for winter nights or relaxed evenings at home. The fabric's insulating properties create a comforting cocoon, promoting a restful and rejuvenating sleep experience.
In the production of home textiles, Thermal Fabric has made its mark in curtains, blankets, and throws. Thermal curtains provide an extra layer of insulation for windows, helping to retain heat in the home and reduce energy consumption. Blankets and throws made from thermal fabric offer a cozy and inviting addition to living spaces, providing warmth during chilly evenings.
Furthermore, the moisture-wicking properties of Thermal Fabric contribute to its functionality. The fabric is designed to draw moisture away from the body, keeping the wearer dry and comfortable. This moisture management feature is particularly beneficial during physical activities or in situations where staying dry is essential, such as winter sports or outdoor adventures in snowy conditions.
The durability of Thermal Fabric adds to its appeal, ensuring that garments and textiles maintain their insulating properties over time. The fabric's ability to withstand regular wear, washing, and exposure to the elements contributes to its longevity, aligning with principles of sustainability and responsible consumption. High-quality thermal fabrics are designed to endure the rigors of everyday use, providing lasting warmth and comfort.
In recent years, the sustainable aspect of Thermal Fabric has gained attention as consumers seek eco-friendly alternatives. Manufacturers are exploring the use of recycled fibers and environmentally responsible production processes to create thermal fabrics that align with sustainable practices. This shift reflects a growing awareness of the environmental impact of textiles and a desire to make conscious choices in the pursuit of warmth and comfort.