As a professional GRS and OEKO-TEX certified textile manufacturer, we are committed to sustainable and responsible production. By strictly controlling raw materials, developing recycled and biodegradable fibers, and optimizing packaging to reduce carbon emissions, we help global brands meet environmental compliance and sustainability goals while ensuring consistent quality and reliable supply.

Fiber fill, also known as polyester fiber stuffing, is a versatile and durable material used in DIY crafts, pillows, toys, packaging, and acoustic applications. Lightweight yet resilient, it provides excellent loft, shape retention, and softness. Ideal for both commercial and creative projects, fiber fill is perfect for bulk buyers, manufacturers, and hobbyists looking for reliable, high-quality polyester fiber solutions. It can be used to create festive decorations, plush toys, decorative pillow inserts, protective packaging, and sound-absorbing panels. Its soft, fluffy texture also makes it ideal for snow-like effects in displays or seasonal décor.

Pre-oxidized silk aerogel felt is a high-performance thermal insulation material that combines silica aerogel with pre-oxidized fiber, offering exceptional fire resistance, low thermal conductivity, and flexibility. Its thin, lightweight structure makes it ideal for applications where space is limited, such as new energy vehicle battery insulation, electrical equipment, rail transit systems, and small pipelines. With excellent thermal stability, softness, and tear resistance, this material effectively prevents heat transfer, delays fire spread, and enhances overall safety in modern industrial environments.

Ever skied on a perfect slope during a dry winter, or seen snow indoors? That’s artificial snow at work. From ski resorts to holiday displays, it now supports tourism, events, and retail experiences worldwide. But what is artificial snow made of, and why does it perform so reliably? Many people assume it’s just frozen water. The reality is more technical, and more interesting.

Artificial snow shows up everywhere today—from ski resorts and event stages to classrooms and holiday displays. But once it’s on the ground, a simple question follows: how long does artificial snow last? The answer isn’t universal. It depends on the snow type, where they use it, and how they maintain it.

Artificial snow is essential for winter sports, ensuring reliable snow coverage when nature doesn't cooperate. But, does it melt, and how does it compare to natural snow in this regard? In this article, we’ll explore the properties of artificial snow, how it’s made, and the key factors that influence its melting. You’ll also learn how this snow behaves in various conditions, offering a unique perspective on how it impacts winter sports and entertainment industries.

Artificial snow has become a staple in winter sports and festive events worldwide. Whether for ski resorts, holiday displays, or movie sets, snowmaking machines ensure that winter magic can be created on demand. These machines are particularly important when natural snow is scarce or when specific conditions are required for events and activities.

Fire safety is a top priority in any building, whether residential or commercial. A fire can spread rapidly, making it essential to contain flames and smoke. This is where fire barriers come in—offering an effective, passive solution to fire protection. A fire barrier is designed to stop fire and smoke from spreading through a building. Made from fire-resistant materials, these barriers create safe zones that compartmentalize the building. In this article, we will explore the role of fire barriers in fire safety and how companies like Yuexin are advancing fire-resistant materials for better protection.

Fire barriers are essential for protecting lives and property during a fire. They help contain flames and smoke, providing vital time for evacuation and emergency response. Choosing the right materials for fire barriers is crucial for effective protection.

Felt fabric is one of the oldest textiles known to humanity, having been used for thousands of years for various applications such as clothing, crafts, and industrial purposes.

Felt is a versatile, durable fabric that is used in a wide variety of applications, from crafting and fashion to home decor and industrial purposes. Made from interlocking fibers, felt is generally strong and resilient, but it also requires proper care and maintenance to keep it looking its best.

Felted wool is a versatile and durable fabric that has been used for centuries in clothing, crafts, and home décor. Whether you are working with felt for a new DIY project or simply want to refresh an old piece, you may wonder if it’s possible to iron felt.

Wool felting is an ancient craft that transforms loose wool fibers into a solid fabric through the process of interlocking fibers with heat, moisture, and friction. Felted wool is a versatile material used in various applications, from clothing and accessories to art pieces and home decor.

Dongguan Yuexin industrial Co,Ltd ., and the Hongkong company Baiyue Products Limited , is located in the Pearl River Delta Economic Zone of China. It is an enterprise that integrates research and development, production and sales of fibre products with 18 Production and sales experience years .

Needle-punched felt is a versatile nonwoven material widely used across multiple industries due to its durability, flexibility, and customizable performance. It is commonly applied in handicrafts, bags, mattresses, furniture, filtration systems, water-absorbing plant preservation, geotextile construction, medical and sanitary products, and automotive interiors. With adjustable thickness, density, and fiber composition, needle-punched felt provides cost-effective and reliable solutions for both commercial and industrial applications.

Wadding is a versatile filling and insulation material widely used in garments, bedding, sleeping bags, furniture, filters, Christmas decorations, acoustic panels, and industrial insulation. Known for its soft texture, durability, and excellent thermal and sound-absorbing performance, wadding enhances comfort, improves product structure, and supports a wide range of applications across home and industrial fields.

High-temperature composite felt is a next-generation flame retardant material designed for both industrial and civilian applications. By blending aramid, pre-oxidized, PPS, and flame retardant polyester fibers in optimized proportions, this innovative felt delivers excellent heat resistance, high strength, and improved flame retardancy at a significantly lower cost. It provides reliable protection for workers in high-risk environments while also enhancing safety in public venues, transportation, and home textiles. Its durability, lightweight structure, and chemical resistance make it a highly versatile solution widely praised across multiple industries.

Yuexin UL94V0 flame-retardant cotton is a high-performance material designed for modern electronic and electrical equipment. It delivers rapid self-extinguishing flame protection with no dripping, while also offering excellent thermal insulation and sound absorption. Made from environmentally friendly fibers and easy to laminate with other materials, it is widely used in electric blankets, air conditioners, and various electronic components. With over 10 years of R&D experience, Yuexin provides customized solutions that balance safety, performance, and cost efficiency for different customer needs.

Choosing the right fire barrier is essential for building safety. This guide explains how to evaluate fire ratings, select barriers that meet certified resistance standards, consider installation difficulty, and assess durability and maintenance needs. By understanding these key factors, builders and facility managers can ensure reliable fire protection and long-term safety for occupants.

Non-woven fabrics have become essential materials in modern automobiles, widely used in sound insulation, air filtration, interior reinforcement, and eco-friendly replacements for foam. With advancements in technology and rising sustainability demands, automotive manufacturers are increasingly adopting durable, lightweight, and recyclable non-woven solutions. This article explores their key applications, benefits, and growing role in the global automotive industry.