Typically, polyester staple fiber is used as the main raw material for producing nonwoven carpets. The process involves fiber opening, blending, carding, web forming, and needle punching to form the base fabric. Then, various treatments such as velour, jacquard, or striped patterns can be applied, followed by bonding to create nonwoven carpets with different styles or surface patterns.

Geotextile production line primarily utilizes needle-punching nonwoven technology to produce geotextile products of different materials, widths, and GSMs.
Typically, polyester or polypropylene staple fibers are used as the main raw materials, which undergo processes such as fiber opening, blending, carding, web forming, needle punching reinforcement, and thermal bonding to produce geotextile rolls.

Filter felt production line processes various fiber raw materials through opening, blending, carding, web forming, needle punching, and thermal calendaring processes to produce rolls of fabric. Subsequently, further processing or composite treatments are applied to obtain a more diverse range of filtering material products.

Automotive interior felt production line processes various fiber raw materials through opening, blending, carding, web forming, needle punching, and thermal calendaring processes to produce rolls of fabric. Subsequently, further processing or composite treatments are applied to obtain a more diverse range of functional materials.

Synthetic leather substrate production line processes various fiber raw materials through opening, blending, carding, web forming, needle punching, and thermal calendaring processes to produce rolls of fabric. Subsequently, the nonwoven rolls undergo further processing and some modification treatments.

Shoe material production line processes various fiber raw materials through opening, blending, carding, web forming, needle punching, and thermal calendaring processes to produce rolls of fabric. Subsequently, the nonwoven rolls can undergo further processing or additional chemical bonding treatments.

Nonwoven felt production line processes various fiber raw materials through opening, blending, carding, web forming, needle punching, and thermal calendaring processes to produce rolls of fabric. The selection of raw materials can be flexibly adjusted according to different market demands and applications, allowing for the production of products with different textures, materials, and styles.

Cleaning cloth production line processes polyester fibers and absorbent fiber raw materials through opening, blending, carding, web forming, needle punching, and thermal calendaring processes to produce rolls of fabric. Depending on different market demands, various fiber ratios can be selected, and the process can be adjusted to produce cleaning cloth products with different textures, absorbencies, and durability.

Acoustic fiber board production line processes polyester fibers and low-melting fibers through opening, blending, carding, web forming, needle punching, and thermal bonding to produce nonwoven sheets. Products of different GSMs, thicknesses, and densities can be produced by selecting different fiber ratios and adjusting the process according to different market demands.

Thermal bonded wadding production line processes polyester fibers and low melt fibers through opening, blending, carding, web forming, web bonding, and drying processes to produce lofty rolls. Different fiber combinations and process adjustments can be chosen according to various market demands to produce products with different textures, thicknesses, and loftiness.

Thermal bonded padding production line primarily utilizes hot air consolidation, also known as thermal bonding technology, to manufacture nonwoven materials with a high-density three-dimensional network structure, commonly referred to as padding.

Automotive insulation felt production line primarily utilizes hot air consolidation to manufacture nonwoven materials with a high-density three-dimensional network structure. The product made by airlaid web formation possesses better 3D fiber orientation, enhancing the thermal insulation properties.

Chemical bonding technology is primarily employed to produce nonwoven materials with a three-dimensional network structure, characterized by fluffy texture.

Scouring pad production line utilizes a combination of chemical bonding and hot air drying processes to produce cleaning cloth products.

Chemical steeping and bonding production line processes synthetic fiber raw materials through opening, blending, carding, web forming, further carding, saturation impregnation, drying and shaping, and winding to produce rolls of fabric.

The functionalities of the carpet backing line encompass back-coating or impregnation treatment, width stretching and shaping treatment, and composite processing. Customized designs can diversify its functionalities to adapt to different production needs based on the characteristics of different products and technical processing requirements.

Textile waste recycling line consists of multiple opening machines, and the configuration can be tailored to the composition and condition of waste fabrics. These machines progressively open the fabric to achieve more thorough opening while controlling fiber damage.