Status of recycling：

The current status of recycling of waste rubber hoses and garden hoses is that the recycling rate is still low. Although the recycling market of waste rubber has developed rapidly with the improvement of environmental awareness and government support for environmental protection industrial policies, most of the waste rubber hoses and garden hoses are still directly discarded or incinerated, which causes serious pollution to the environment.

Descriptive；

Rubber hose mainly consists of an inner rubber layer, a steel wire braid and an outer rubber layer. The inner and outer rubber layers of this hose are usually made of rubber material, while the steel wire braid in the center provides additional strength and durability. Rubber hoses are suitable for transporting various hydraulic fluids such as fuel and lubricants.

Garden hose, especially PVC garden hose, usually consists of a three-layer construction. The inner layer is soft PVC, the reinforcing layer is reinforced with high-strength synthetic fiber wraps, and the outer layer is soft PVC.This hose has excellent abrasion resistance, UV resistance, and can be used over a wide range of temperatures.

Advantages of mechanical recycling：

Mechanical recycling of rubber and garden hoses delivers benefits across three areas. Environmentally, it avoids the soil contamination, water pollution, and toxic emissions caused by landfilling or burning, while cutting carbon emissions by 30%–70% compared to producing virgin rubber. Economically, companies using recycled material can lower raw material costs by 20%–40%, with additional gains from policy incentives and growing market demand for sustainable products. Operationally, efficient shredding and sorting systems turn waste into consistent recycled feedstock, reducing reliance on natural rubber extraction and creating a practical path for the industry’s shift toward lower-carbon production.

Mechanical Recycling Process：

Mechanical recycling of rubber hoses and garden hoses follows a multi-stage workflow designed to recover clean rubber material for reuse. The process begins with surface cleaning to remove dirt and grease, followed by emptying any residual liquid or gas to eliminate safety hazards. A shredder then cuts the hose into smaller pieces, with blade count and speed adjusted to match the material hardness. These pieces enter a crusher for further size reduction into granules or powder, using screens calibrated to the desired particle size. Vibrating or tumbler screens filter out oversized particles and impurities, after which magnetic and electrostatic separators remove metal fragments and plastic contaminants to boost rubber purity. A second cleaning stage washes away residual pollutants, followed by drying to reduce moisture and improve storage stability. The final granules may be briquetted for compact transport or fed directly into manufacturing as recycled rubber feedstock. This mechanical approach cuts carbon emissions by up to seventy percent versus virgin rubber production and reduces raw material costs by twenty to forty percent, making it a practical solution for both environmental compliance and operational savings.

Related Machines:

Hose Recycling