Partners

For many years we’ve been actively fostering partnerships with over 100 companies which operate throughout the world. The result of that is dependable and fast distribution of our broad range of products...

Nabaltec is a company based in Schwandorf, Germany. They are a leading producer of aluminum-based products for different types of industries, such as cable, ceramics, abrasives, refractory and other materials. 

https://nabaltec.de/en/

Choose from our offer

Number 1

Aluminum hydroxide

Product type: Mineral
Description: Apyral series of AtH-based fillers from Nabaltec is one of the best in the branch of fire-resistant fillers, offering best value for money. Because of its very high brightness, it can also be used as white pigment.
Number 2

Aluminum oxide

Product type: Mineral
Description: Nabalox series of aluminum oxide-based fillers are widely used in foundries, ceramic and polishing industry. Due to its great homogeneity, Nabalox series is well-known for its consistent properties. This gives excellent mechanical, temperature, electric and chemical properties, combined with excellent value for money.
Number 3

Boehmite

Product type: Mineral
Description: Boehmite or aluminum oxide hydroxide is used for production of catalysts for oil industry. It is also used in fire-resistant polymer applications, where it is interesting because of its ecological qualities (it does not contain halogen). It is stable up to 320°C.
Number 4

Magnesium hydroxide

Product type: Mineral
Description: Apymag fillers based on magnesium hydroxide, used in fire-resistant roof membranes. These membranes are exposed to open flame, so they need to have stability at high temperatures.
Number 5

Synthetic mullite

Product type: Mineral
Description: Symulox series of synthetic mullites is used in ceramic industry. Symulox is specific for its pronounced homogeneity, with very high level of material purity, and high level of structural micro-crystallization - property which makes Symulox excel in physical parameters, such as resistance to thermal shock.