Stainless steel abrasive - spherical


Round. Strong. Rust-free.

Stainless steel blasting media is the particularly durable and effective solution for your surface blasting process. Made from high-quality stainless steel, CHRONITAL impresses with its ideal combination of durability, performance, and rust resistance—and has been doing so for 40 years.

A resistant stainless steel alloy makes CHRONITAL particularly impact- and break-resistant and extremely economical to use. This not only saves money and avoids expensive waste, but also enables low-dust and clean blasting.


A blasting agent that achieves your goals.

In addition to its tough and durable properties, this stainless steel blasting agent also impresses with its high blasting power and effect, guaranteeing short blasting times. The product design, made of robust, rustproof stainless steel, delivers safe and consistent blasting results while utilizing existing resources from modern recycling cycles.


Versatile

CHRONITAL is the multi-tool among abrasives and the perfect tool for many applications. The wide range of grain sizes leaves nothing to be desired and enables targeted and optimal processing of different materials:

  • Deburring and edge rounding
  • Desanding, descaling, and cleaning
  • Roughening and texturing
  • Satin finishing, smoothing, and strengthening

  • High- and low-alloy steels
  • Aluminum, bronze, brass, and zinc
  • Titanium and nickel-based alloys
  • Concrete and natural stone


The spherical stainless steel blasting media can be used in all industrial blasting systems, whether wheel blasting, compressed air blasting, or wet blasting.

Contact us, we will be happy to advise you!

Send inquiry Send inquiry

product design

  • Stainless, austenitic stainless steel.
  • Tough, extremely durable alloy.
  • High sphericity, fully solid shape.
  • 10 standard sizes and custom-sorted special sizes available.

Your added value

  • Minimal abrasive consumption.
  • Shortest blasting times, low energy consumption.
  • Reduced system wear.
  • Low-dust blasting, low waste quantities.
  • Consistently first-class blasting results.

reliability

  • From raw materials to finished blasting media—everything from a single source.
  • On-site process support for an optimal overall result.

sustainability

  • Developed and manufactured in Germany
  • Abrasive material from European steel recycling
  • Produced using 100% renewable electricity



Key Features

THE ALLOY.

Tough, strong, flexible, malleable, and rustproof. There are many ways to describe CHRONITAL alloy, but it is always the first choice when it comes to wear resistance and rustproofing.


The addition of chromium and nickel gives it excellent corrosion resistance, protecting your workpieces from rust and corrosion.

Hard shell, soft core.

The stainless steel alloy with an austenitic microstructure develops a hybrid mixed structure that forms a hard surface layer during blasting, while the core of the ball remains tough and ductile. But the stainless steel alloy can do even more: the addition of chromium and nickel gives it excellent corrosion resistance, protecting your workpieces from rust and corrosion.

Initially very soft and malleable, the CrNi steel alloy exhibits higher hardness and strength when cold-worked.

THE SPHERICAL BODY.

The sphere is the most stable shape in nature. That is why it is so important to us that the blasting media not only have the ideal combination of hardness, strength, and toughness, but also the perfect shape.

The heavy, solid design makes the stainless steel abrasive exceptionally robust, powerful, and durable. This ensures that our customers receive a first-class abrasive that makes their work easier and more efficient.

Hard-wearing, durable, and dimensionally stable

SUSTAINABILITY. FROM RECYCLED MATERIAL TO PRECISION TOOLS.

We use secondary raw materials of the highest quality and purity for our stainless steel blasting media. Steel recycling is the economical and sustainable solution for conserving natural resources: steel recycling conserves scarce raw material reserves, saves energy, and avoids significant CO2 emissions.