Small series galvanizing

After the material is dipped in a galvanizing bath, an intermetallic phase of iron and zinc will be created on its surface. This phase has high abrasion resistance. Depending on the chemical composition and type of material, ...

The completion of suitable cycles of heat treatment guarantees mechanical characteristics (at high temperatures or at room temperature), toughness (at room temperature or at various temperatures below freezing), the microstructures, the ...

The completion of suitable cycles of heat treatment guarantees mechanical characteristics (at high temperatures or at room temperature), toughness (at room temperature or at various temperatures below freezing), the microstructures, the ...

The completion of suitable cycles of heat treatment guarantees mechanical characteristics (at high temperatures or at room temperature), toughness (at room temperature or at various temperatures below freezing), the microstructures, the ...

Processing of steel, aluminium and galvanised elements with the use of automatic GEMA spraying equipment. We use Chemetall chemicals.

Processing of steel, aluminium and galvanised elements with the use of automatic GEMA spraying equipment. We use Chemetall chemicals.

... of Fotomeccanica allow the customer to add supplementary treatments on chemical etching creations, such as high-quality galvanizing, enamelling, bending, electro-polishing and chemical polishing.

... zinc Chemical reaction when corroding. GALVA + Process : • Rack coating for small to medium-sized sériés (within limits 2m x 1.2m x 0.75m), for small to large sériés.

The cost of hot-dip galvanizing is lower than the use of alternative coatings. Painting, too, is a very laborious process, compared to hot-dip galvanizing, which is highly mechanized, carefully controlled ...

BIEBER Industrie has been able to grow a 21,000 m2 industrial site, in Drulingen, Alsace France. The reworking of the workshop, providing an adjustable workplace for soldering, assembly and finishing touches, allows the place to accomodate ...

... used. However average life of galvanized products is 20 to 60 years without requiring maintenance. The basic element in galvanizing is zinc. Zinc never exists in state in nature. It is a rather hard metal and its density ...

The ISO 1461 hot dip galvanizing process consists of immersing steel parts in a molten zinc bath (approximately 450 ° C) to produce a protective anti-corrosion coating on the steel. ISO 1461 hot dip galvanizing ...

With hot-dip galvanizing is generally understood as the immersion of the steel/iron in a tank containing molten zinc on average at a temperature of 450° C. This process, however, can not be separated from a complete cleaning ...

With hot-dip galvanizing, the material to be galvanized is immersed in molten zinc. As a consequence of the mutual diffusion, a layer of differently composed zinc-iron alloy layers forms between the zinc and the steel ...

... , we invested in a factory which uses the best technology in the world. Built by crane experts from Europe, our hot-dip galvanizing plant utilizes state-of-the-art technology, and is the first of its kind in South East ...

... Pickling I Pickling II Two-step flow rinse Electrochemical degreasing One-step flow rinse Decapping Two-step flow rinse Galvanizing or electroplating Zn/Ni Three-step flow rinse Clearing up PASSIVATION (blue Cr3+, thick ...

... polluted water. To put it briefly, “hot-dip galva-nizing” and “environmentally friendly” wouldn’t generally hâve been seen as a pair of terms that belonged together to an unbiased observer. This image of the galvanizing ...

Electropoli, an international specialist in surface treatments, offers coatings using a "hot dip galvanising" process. Parts are coated with a zinc layer through immersion in a molten zinc bath at 450° C. This process ...

... frequently-employed protection against corrosion. This process is particularly indispensable where lacquer and powder coating would clog small holes or threading. Almost 100 % of the parts to be galvanized are made of ...