| LVJIAN® Functional Fiber is made from renewable plant-based raw materials, incorporating fiber applications across various fields. It serves as an intermediary between industrial applications and the abundant functions of nature. Widely used in plastics, rubber, friction materials, cellulose welding rods, and many other industrial sectors, LVJIAN® Fiber's excellent affinity enables better bonding with various matrix materials, thereby achieving reinforcement functions. | |
| Low fiber density |  |
Reduces the hardness of rubber, plastics, and friction materials. |
| Excellent fiber affinity | |
Enables better bonding with various matrix materials with higher bonding strength, enhances impact toughness and fracture toughness, improves mechanical properties, and reduces wear rate. |
| Forms a stable and dense friction layer and transfer film on the surface of friction materials | |
Stabilizes the friction coefficient of friction materials, with no significant thermal fade at high temperatures. |
| Excellent fiber affinity | |
Enables better bonding with various matrix materials with higher bonding strength. |
| Chemically stable | |
The inert fiber itself is chemically very stable and does not readily react with other substances. |
| Moderate fiber length | |
Ensures smooth cross-section of the extruded material, preventing rod end breakage. |
| High cellulose purity | |
High-purity carbon, hydrogen, and oxygen composition acts as an efficient combustion promoter during burning. |
| Extremely low ash content | |
Combustion leaves no residue, reducing slag volume and making slag removal easier. |
| Produces large amounts of gas upon combustion | |
Generates large volumes of gas when ignited, creating strong blowing force that protects the weld, enabling single-sided welding with double-sided formation; supports the molten pool during vertical-down welding. |
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● Rubber Materials ● Plastic Products ● Friction Materials ● Cellulose Welding Rods |
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