Plastic Abrasive Media
Plastic media are generally used for deburring and polishing ferrous and non-ferrous materials.
They enable gentle and splinter-free vibratory finishing of delicate materials (aluminum, brass, copper, magnesium, zinc, and general die-cast materials). Their low weight and soft binders prevent burrs from being rolled onto the material. Additionally, the temperature in the processing tank influences the finishing process.
Depending on their quality, plastic media can produce bright and matte surfaces, thus ensuring a fine finish.
Advantages:
- Low bulk density
- Gentle and splinter-free processing
- Very suitable for delicate materials
Applications
- Deburring of ferrous and non-ferrous metals.
- Polishing of delicate materials.
- Gentle Processing of aluminum, brass, copper, magnesium, zinc, and die-cast materials.
- Creation of bright or matte surfaces.
- Fine Finish for delicate components.
Technical data
Accessories
Our range of accessories is precisely tailored to the requirements of vibratory finishing systems and centrifuges – for smooth operation and optimal results. Each accessory has been specially developed to increase the efficiency of your system, extend its lifespan, and make your processes even more precise and economical.
Our systems are used worldwide by customers from various industries.
Would you like to finance your investment flexibly?
Investments in Eurotec systems can be flexibly structured. Together with our financing partners, we offer individual solutions such as leasing or hire purchase.
FAQ
Here you will find answers to your questions
What process media does Eurotec Innovation offer?
How does Eurotec Innovation select the appropriate process media?
Can Eurotec Innovation supply process media together with equipment and process design?
When are plastic abrasive media suitable?
When are ceramic abrasive media suitable?
What are compounds and flocculants used for?
What role do drying granules play in the process?
Does Eurotec Innovation offer assistance with selection?
