The recent high temperatures have been incredibly high, and our colleagues have been working diligently and steadfastly at their posts. To express our gratitude to every Huaren employee for their dedication, the company has specially prepared some summer supplies to bring you some care and coolness! The company's admi...
READ MOREThe Vertical Combined Sueding Machine MM-Model is a cutting-edge solution designed for the fabric finishing industry. Combining innovative technology with high precision, this machine is engineered to provide high-quality sueding effects on various fabrics, enhancing their texture and appearance. The MM-Model brings su...
READ MOREJiangsu Huayi Machinery will be exhibiting at the 2025 Uzbekistan CAITME exhibition and will simultaneously launch a newly upgraded multilingual official website (independent website), welcoming global customers with a more professional attitude. Wherever you are, Huayi Machinery's innovative technologies and services...
READ MOREDiamond sand is a synthetic abrasive produced through high-temperature sintering. Its dense particles are extremely hard, making it a core material widely used in high-end sanding processes.
Extremely Abrasive Resistance: Diamond sand is manufactured using high-hardness synthetic diamond particles through high-temperature sintering and directional bonding technology. This structure gives it an extreme hardness exceeding that of common abrasives such as aluminum oxide and silicon carbide, enabling it to maintain a sharp grinding edge for extended periods during high-intensity, high-speed sanding. Even in the extreme conditions of continuous production exceeding hundreds of hours, diamond sand maintains a stable sanding effect and is not susceptible to dulling or chipping. For high-end fabrics, this means consistently maintaining an ideal suede finish, avoiding product quality fluctuations caused by abrasive performance degradation.
More Uniform Grinding: Diamond sand particles have a highly consistent particle size distribution, are densely packed, and have a stable structure. This property enables a smoother, more consistent grinding path when in contact with the fabric, producing a short, dense suede that creates a fine, even, and soft sanding effect. Compared to traditional abrasives, diamond abrasives are less likely to cause patchy fuzz or wear marks, making them more suitable for high-end fabrics requiring a highly consistent appearance, such as functional sportswear and fine lingerie. The resulting product not only has a soft hand feel but also visually exhibits a matte, fine suede finish, creating a premium look.
Longer Lifespan: Diamond abrasive's high-strength structure and excellent thermal stability ensure excellent wear resistance even in high-temperature and high-pressure environments. Compared to conventional grinding wheels, which require replacement every few dozen hours, diamond abrasives have a lifespan several times greater, significantly reducing replacement frequency and manual intervention. This not only reduces maintenance costs but, more importantly, significantly reduces production interruptions and equipment downtime associated with abrasive replacement, thereby improving overall equipment availability and capacity stability. This is particularly critical for intelligent weaving companies demanding efficient operations.
Resistant to Sand Stripping: Traditional abrasives are prone to particle shedding over time, causing sand fragments to become embedded in the fabric surface, impacting the cleanliness of the finished product and potentially leading to defective products in subsequent dyeing, finishing, and laminating processes. Diamond sand, due to its dense structure and high bonding strength, virtually avoids sanding during use, fundamentally eliminating impurity contamination. For clients requiring compliance with high-standard international quality system certifications such as ISO and OEKO-TEX, diamond sand provides a safer and more stable solution, ensuring clean control throughout the entire process, from sanding to finished product.
With its innovative integrated wet and dry design, advanced planetary carbon-ceramic fiber sanding structure, and highly flexible parameter adjustment system, the LMH815 Dual-Mode Planetary Sueding Machine has successfully upgraded fabric finishing processes. This equipment not only accommodates a wide range of fabric types and meets customized requirements for different styles and functions, but also excels in production efficiency and operational stability, making it an ideal choice and industry benchmark for high-end knitwear, sportswear, lingerie, and functional fabric processing.
The LMH815 dual-mode sanding machine features an integrated dry and wet design, allowing for flexible switching between dry and wet sanding processes based on the characteristics of different fabrics, significantly expanding the machine's applicability and processing performance. The dry sanding mode is particularly suitable for low- to medium-elasticity fabrics such as polyester, suede, and island-in-the-sea fibers. It quickly softens the fabric's short nap, enhancing the fabric's tactile feel and visual depth, meeting the efficient processing requirements of conventional fabrics. The wet sanding mode is designed for fabrics containing a high proportion of elastic fibers, such as high-elastic nylon and spandex blends. Utilizing the cooling and lubricating properties of water, it effectively avoids fiber embrittlement, breakage, and surface pilling caused by high-speed friction during traditional dry sanding. This not only protects the fabric structure but also significantly enhances the softness and durability of the finished product, meeting the complex demands of high-end markets such as sportswear and functional apparel.
The LMH815 utilizes an advanced planetary sanding mechanism. Multiple grinding heads evenly wrap around the fabric in a 360-degree orbit, ensuring a larger contact area and a more comprehensive sanding angle during the sanding process. This significantly improves surface uniformity and fineness, completely eliminating the issues of localized over-sanding or uneven grinding marks commonly seen with traditional sanding equipment. The carbon-ceramic fiber abrasive is inherently highly wear-resistant and stable, maintaining consistent grinding force even during long-term operation, extending the equipment's lifespan and reducing maintenance requirements. Furthermore, this abrasive effectively protects the elasticity and structure of knitted fabrics, significantly reducing stretching, yarn snagging, and pilling during sanding, thereby enhancing the overall quality and market competitiveness of the finished product.
The LMH815 features a multi-dimensional adjustable control system that allows precise adjustment of key parameters such as line speed, grinding head speed, and sanding pressure. Users can customize sanding depth and surface effects based on fabric thickness, elasticity, and final product requirements, easily achieving a variety of finishes from a delicate and soft velvet to a short, dense matte finish. This parameter flexibility not only meets the personalized needs of fabric production but also provides more possibilities for fabric development and innovation, enabling the production line to quickly respond to diverse market changes and increase product added value.
The LMH815 focuses on enhancing operational stability in its mechanical design and control system. Its modular grinding heads and intelligent tension control technology ensure balanced fabric tension during long, intensive operation, preventing issues such as yarn jump and abrasive clogging that affect production efficiency. The equipment is easy to maintain, with simple grinding head replacement, significantly reducing downtime and repair costs. Combined with its wet and dry dual-processing mode and the flexibility of multi-parameter control, the production line can more effectively adapt to the production requirements of small batches and multiple varieties, allowing for rapid adjustment of process parameters. This significantly improves capacity utilization and market responsiveness, helping companies maintain a competitive advantage in the competitive textile market.
With its leading technology and exceptional performance, the LMH815 is widely used in the finishing of knitted fabrics, sportswear, underwear, home wear, and functional fabrics, particularly in market segments that demand high hand feel, velvet feel, and durability. This equipment not only helps companies achieve consistent improvements in product quality but also enables customers to quickly respond to market changes and customized demands by increasing production efficiency and process flexibility. As one of Jiangsu Huayi Machinery Co., Ltd.'s flagship products, the LMH815 has become a vital tool for high-end textile processing companies to enhance their competitiveness and innovation capabilities.
No.1 Tingnanheng Road, Xiting Town, Tongzhou District, Nantong City, Jiangsu Province, China, 226003
+86 138 0908 8606
+86 138 6291 9262
Custom Diamond Emery (Dry) Wet Sueding Machine for Synthetic Leather LMH815-Model Factory
简体中文
English
عربى
