Rubber Floor Tile Making Machinery From Waste Tire Rubber Granules

Rubber Floor Tile Making Machinery From Waste Tire Rubber Granules

Rubber floor tile making machinery from waste tire rubber granules is an innovative and eco-friendly solution for recycling waste tires into useful products. This process involves converting waste tire rubber granules into durable, flexible, and resilient rubber floor tiles, which are widely used in gyms, playgrounds, sports facilities, and industrial settings.

Here’s an overview of the machinery and process involved in making rubber floor tiles from waste tire rubber granules:

Key Components of Rubber Floor Tile Making Machinery

1. Rubber Granule Production Line:

   • Tire Shredder: Breaks down waste tires into smaller pieces.

   • Granulator: Further processes the shredded tires into rubber granules of desired sizes.

   • Magnetic Separator: Removes steel wires and other metal contaminants from the rubber granules.

   • Fiber Separator: Removes textile fibers from the rubber granules.

2. Mixing Machine:

   • Mixes rubber granules with binding agents (e.g., polyurethane or other adhesives) and color pigments to prepare the raw material for molding.

3. Molding Machine:

   • Compression Molding Machine: Uses heat and pressure to mold the rubber mixture into tiles of specific shapes and thicknesses.

   • Hydraulic Press: Applies high pressure to ensure the tiles are compact and durable.

4. Curing Oven:

   • Cures the molded tiles to enhance their strength and durability.

5. Cooling System:

   • Cools down the tiles after curing to stabilize their structure.

6. Cutting and Trimming Machine:

   • Trims the tiles to the desired dimensions and ensures smooth edges.

7. Surface Texturing Machine (Optional):

   • Adds texture or patterns to the surface of the tiles for better grip and aesthetics.

8. Packaging Machine:

   • Packs the finished tiles for storage or shipment.

Production Process

1. Waste Tire Collection and Preparation:

   • Collect waste tires and remove any non-rubber components (e.g., metal rims).

   • Shred the tires into smaller pieces.

2. Granule Production:

   • Process the shredded tires into rubber granules using a granulator.

   • Clean the granules to remove metal and fiber contaminants.

3. Mixing:

   • Mix the rubber granules with binding agents and color pigments in a mixing machine.

4. Molding:

   • Load the mixture into molds and compress it using a hydraulic press or compression molding machine.

5. Curing:

   • Cure the molded tiles in an oven to enhance their physical properties.

6. Cooling and Finishing:

   • Cool the tiles and trim them to the required size.

   • Add surface textures if needed.

7. Quality Check and Packaging:

   • Inspect the tiles for quality and pack them for distribution.

Advantages of Rubber Floor Tile Making Machinery

• Eco-Friendly: Recycles waste tires, reducing environmental pollution.

• Cost-Effective: Utilizes low-cost raw materials (waste tires).

• Durable Products: Produces high-quality, long-lasting rubber tiles.

• Versatile: Can produce tiles in various colors, sizes, and textures.

• Energy-Efficient: Modern machinery is designed to minimize energy consumption.

Applications of Rubber Floor Tiles

• Gym and fitness centers

• Playgrounds and daycare centers

• Sports facilities (e.g., running tracks, tennis courts)

• Industrial flooring

• Commercial and residential spaces

Considerations When Choosing Machinery

• Production Capacity: Choose machinery based on your desired output.

• Automation Level: Fully automated machines reduce labor costs but are more expensive.

• Quality of Output: Ensure the machinery produces tiles with consistent quality.

• After-Sales Support: Look for suppliers who offer maintenance and technical support.

3. Technical parameter of Rubber/Plastic tile vulcanizing press machine

Rubber Floor Tile Making Machinery From Waste Tire Rubber Granules Images