HVST fiber separator machine for tire recycling is designed to remove nylon fiber, textile fluff, and other light impurities from rubber powder in waste tire recycling lines. It uses dry airflow separation technology to improve rubber powder purity and increase the value of crumb rubber products.
This equipment is widely used after shredding, granulating, magnetic separation, and rubber grinding in complete tire recycling equipment systems. It helps produce cleaner rubber powder for high-value applications such as rubber tiles, rubber mats, sports surfaces, molded rubber products, and rubberized asphalt.
With stable performance, high separation efficiency, low energy consumption, and easy maintenance, the fiber separator is an essential purification machine in modern tire recycling systems.
HVST fiber separator machine is used to separate nylon fiber and textile fluff from rubber powder in waste tire recycling lines. It is an important purification machine for improving the cleanliness of crumb rubber and producing high-purity rubber powder.
The machine adopts airflow and density separation technology. Light fibers are lifted by the airflow, while heavier rubber powder falls and is discharged separately. Under proper operating conditions, the separation efficiency can reach up to 99%.
It can be integrated into new or existing tire recycling systems, helping customers upgrade final product quality and enter higher-value recycled rubber markets.
The fiber separator is usually installed after rubber granulation, magnetic separation, and rubber powder grinding. After waste tires are processed by a waste tire shredder machine, rasper, granulator, and magnetic separator, the remaining rubber powder may still contain nylon fiber and textile fluff.
Typical process flow:
Tire Shredder → Tire Rasper → Tire Granulator → Magnetic Separator → Fiber Separator → High-Purity Rubber Powder Output
This process is commonly used to improve final rubber powder purity and support stable operation in complete tire recycling lines.
The separated tire fiber can be further reused in certain recycled material applications, depending on cleanliness and local processing requirements. Waste nylon fiber from tires may be used in rubber products, plastic products, fiberboard, construction materials, coatings, and adhesive materials.
This helps improve the overall material recovery value of a tire recycling line and reduces waste generated during rubber powder production.
Used as a final purification step to remove nylon fiber and light fluff from rubber powder before collection and packaging.
Installed in complete tire recycling plants to improve final rubber powder purity and product value.
Helps reduce fiber contamination in crumb rubber and supports cleaner recycled rubber material for demanding applications.
Clean rubber powder can be used for rubber tiles, rubber mats, molded rubber products, athletic surfaces, playground surfacing, and rubberized asphalt.
For some recycled rubber applications, clean rubber granules can also support downstream processing in a rubber mulch production line, depending on the final particle size and product requirement.
| Model | WRS-1100 |
| Application | Tire recycling plant / Rubber powder production line |
| Input Material | Rubber powder with nylon fiber and textile fluff |
| Output | Clean rubber powder / Separated fiber |
| Capacity | 300–500 kg/h |
| Separation Efficiency | Up to 99% |
| Impeller Diameter | 1100 mm |
| Number of Blades | 8 pcs |
| Main Shaft Speed | 400 r/min |
| Motor Power | 5.5 kW |
| Overall Size | 1500 × 1500 × 6500 mm |
| Net Weight | 1450 kg |
Nylon fiber and textile fluff can reduce the quality and market value of recycled rubber powder. If fiber remains in the final product, it may affect bonding performance, product strength, surface quality, and downstream applications.
A fiber separator machine helps tire recyclers produce cleaner crumb rubber and high-purity rubber powder, making the final material more suitable for rubber tiles, molded rubber products, sports surfaces, and rubberized asphalt.
The fiber separator uses airflow and density difference to separate light fiber from heavier rubber powder. Rubber powder enters the separator after magnetic separation, and a fan generates upward airflow inside the separation chamber.
Because nylon fiber and textile fluff are lighter, they rise with the airflow and are discharged through the fiber outlet. Clean rubber powder has a higher specific gravity, so it falls downward and is discharged from a separate outlet.
This “magnetic separation + airflow separation” process helps remove residual impurities and improve the final quality of rubber powder in tire recycling lines.
HVST fiber separator machines are used in tire recycling plants and rubber powder production lines to improve final material purity. Our equipment can be configured according to plant capacity, fiber content, powder size, and downstream product requirements.
The processing capacity depends on the upstream tire shredding, granulating, and grinding system. HVST can provide suitable fiber separator configurations for different rubber powder production requirements.
HVST provides customized fiber separator machines for tire recycling lines. The system can be used as a standalone purification unit or integrated into complete rubber powder production lines according to capacity, material size, and plant layout requirements.
The fiber separator machine uses dry airflow separation technology to remove nylon fiber, textile fluff, and light impurities from rubber powder. A fan generates stable upward airflow inside the separation chamber, creating an efficient density separation zone.
Rubber powder from the rubber grinding and magnetic separation process is evenly fed into the separator. As the material enters the airflow zone, light fiber rises with the air current, while heavier rubber powder falls downward due to its higher specific gravity.
Clean rubber powder and separated fiber are discharged through different outlets. This continuous separation process helps improve rubber powder purity, reduce fiber contamination, and increase the value of final crumb rubber products.
Generates upward airflow for separating light nylon fiber from heavier rubber powder during tire recycling processing.
Creates a stable airflow and density separation zone to improve fiber removal efficiency and rubber powder purity.
Drive airflow movement inside the machine and support continuous separation performance in rubber powder production lines.
Collects separated textile fluff and nylon fiber for easier handling and downstream disposal or reuse.
Discharges clean rubber powder separately to support high-purity crumb rubber production.
Helps reduce dust leakage and keeps the separation process stable, clean, and suitable for tire recycling plants.
Removes nylon fiber and textile fluff from recycled rubber powder after tire shredding, granulation, grinding, and magnetic separation.
Improves crumb rubber cleanliness by reducing fiber contamination and supporting more consistent output quality.
Used as a final purification machine in rubber powder production lines to produce cleaner and higher-value recycled rubber material.
Separates light nylon fiber and fluff generated during waste tire grinding and rubber powder processing.
Helps produce clean rubber powder for rubber tiles, rubber mats, sports surfaces, molded rubber products, and rubberized asphalt.
Works with tire shredder, tire rasper, rubber granulator, magnetic separator, and screening machines in complete tire recycling lines.
| Item | Fiber Separator Machine | General Air Separator |
| Application | Tire recycling system | General material classification |
| Material Type | Rubber powder with nylon fiber and textile fluff | Mixed light and heavy materials |
| Separation Efficiency | Up to 99% fiber removal | Varies by material |
| System Integration | Designed for rubber powder production lines | General processing systems |
| Output Quality | High-purity rubber powder + separated fiber | General classified output |
HVST fiber separator machine for tire recycling is designed to improve rubber powder purity and final product value. It removes nylon fiber and textile fluff through dry airflow separation, helping customers produce cleaner crumb rubber for higher-value applications.
Our equipment can be integrated into complete rubber powder production lines, crumb rubber systems, and waste tire recycling plants.
We provide customized fiber separation solutions according to rubber powder size, fiber content, required capacity, and plant layout.
For complete projects, HVST can also provide upstream and downstream equipment to support a full tire recycling equipment system.
It is used to remove nylon fiber, textile fluff, and light impurities from rubber powder in tire recycling systems.
It is usually installed after magnetic separation and rubber powder grinding, before final rubber powder collection and packaging.
Under proper feeding and airflow conditions, the fiber separator can achieve up to 99% fiber removal efficiency.
No. It uses dry airflow separation technology without water or chemical additives.
A magnetic separator removes steel wire and ferrous impurities, while a fiber separator removes nylon fiber and textile fluff from rubber powder.
Primary size reduction equipment used before rubber granulation and fiber separation. Learn more about waste tire shredder machine.
Used for further reducing tire chips and helping release steel wire, rubber granules, and fiber from waste tires.
Produces rubber granules for further grinding, screening, magnetic separation, and fiber separation.
Removes fine steel wire before fiber separation to improve rubber powder purity and protect downstream equipment.
Complete system for producing clean crumb rubber and high-purity rubber powder from waste tires.
Full tire recycling system including shredding, granulation, magnetic separation, fiber separation, and final rubber powder processing.
HVST can provide fiber separator machines according to your rubber powder size, fiber content, capacity requirement, and plant layout. Contact us to get a suitable fiber separation solution for your tire recycling project.
