Plastic Media brasives

With over two decades of specialized experience in the Abrasive Media Industry

Plastic Media brasives

Plastic media is a particle made of modern acrylic or polymerized thermosetting amines. The angular particle design is used for most dry strip surface films.

Provides effective processing methods. Plastic media has chemical indicators, and when used and recycled appropriately, this dry strip method can reduce hazardous waste, Self-leveling epoxy floor sand resin docking colored sand light floating sand floor special sand Plastic mediaing polymer material, premises, Produced by professional construction floor sand, it is low density, uniform and non-sinking, and can be used on 8mm thick floors.

1. Application scope of Plastic media abrasives:

Plastic media abrasives play a crucial role in a variety of industrial processes, offering versatile solutions for surface treatment and enhancement. These media are widely used for different applications, such as surface treatment of workpieces, pretreatment before coating processes, changing the mechanical properties of workpieces, and polishing workpiece surfaces. The adaptability of plastic media blasting makes it a valuable tool across numerous fields including aviation, shipbuilding, automotive, high-speed trains, machinery manufacturing, molds, rubber, and electronics.

Key Uses of Plastic Media Blasting

  1. Pretreatment and Surface Cleaning: Plastic media abrasives are essential for sandblasting and surface preparation before electroplating, spraying, and painting. They effectively clean scale, residue, and dirt from metal workpieces like castings, stampings, weldings, and heat-treated parts, as well as remove non-metallic surfaces from hard shells containing carbon ash and other contaminants.
  2. Renovation and Burr Treatment: Plastic media blasting is also used for the renovation and cleaning of old parts, including cars, motorcycles, and mechanical equipment. It removes paint, skin, and tiny burrs from machined parts, and can handle burrs on rubber surfaces where applicable, such as in the rubber tire industry.
  3. Light Decoration and Oilfield Applications: For aesthetic improvements, plastic media abrasives are utilized to eliminate surface traces and achieve a matte finish on both metal and non-metal products, including plastic, crystal, and glass. Additionally, plastic media blasting is employed for cleaning oilfield pipes, valves, and pipelines, ensuring that no static electricity or sparks are generated during the process, thereby maintaining safety.

Plastic media abrasives and plastic media blasting are integral to achieving high-quality surface treatments and enhancements across diverse industries.

2. How to use resin sand abrasives:

Under a certain air pressure, granular polymer abrasives (resin sand) are sprayed onto the surface of the workpiece to achieve cleaning effects quickly and without damage.

–The gold-plated surface and plastic pattern parts will not be damaged during surface cleaning;
–The surface and size of the precision gold mold will not be affected;
–Non-toxic and dust-free;
–long lasting;

3. Precautions for resin sand abrasives:

  1. The gas tank, pressure gauge and safety valve of the sandblasting machine must be calibrated regularly;
  2. When the sandblasting machine is working at high speed, the abrasives flying out and the peeling materials on the workpiece may cause personal injury, so you must wear protective gear before working. Wear protective equipment;
  3. Resin sand should be stored in a dry and ventilated place, away from heat sources;
  4. Environmental protection requirements must be considered when handling waste abrasives.

4. Resin sand parameters

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Main Specifications

Ⅱ Type ⅠType
Chlorine content% Trace amount 1% Trace amount 1%
pH value 4-8PH 4-8PH
Conductivity us/cm 100us/cm 100us/cm
Water absorption% 10.0% 10.0%
Bulk density g/cm3 0.6-0.7 g/cm3 0.6-0.7 g/cm3
Color White or mixed color particles White or mixed color particles
Barcol hardness HB a 54-62 HB a 54-62 HB a
Qualitative infrared spectroscopy Urea-formaldehyde resin Melamine resin plastic pattern
Paint stripping rate (square feet/minute) 0.15 square feet/minute 0.15 square feet/minute
Initiative (mg/cm²) 0.50 mg/cm² 3.00 mg/cm²
Consumption rate (one cycle) 13% 13%
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