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45° Slanted blast gate for granular materials made of stainless steel. The surface of the product is chemically etched.
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Circular exhaust hood made of stainless steel. The surface of the product is chemically etched.
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Stainless steel air ducts. Transitions, oblique Y-tees.
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The body of a cyclone made of carbon steel and coated with powder paint.
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Large diameter blast gate made of carbon steel and coated with powder paint and polymer coatings.
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Phosphate bath made of stainless steel. The surface of the product is chemically etched.
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Stainless steel Teflon coated transition compatible with flange connections. The product is usually used for acid mist transportation.
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Stainless steel Teflon coated dmaper compatible with flange connections. The product is usually used for acid mist transportation.
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Stainless steel Teflon coated dmaper compatible with flange connections. The product is usually used for acid mist transportation.
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45° Slanted blast gate for granular materials made of stainless steel. The surface of the product is chemically etched. The picture depicts the quality of the processed surface.
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Blast gates for granular materials made of stainless steel of various sizes. The surface of the products is chemically etched.
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A large diameter transition with two slanted inserts made of stainless steel. The surface of the products is chemically etched.
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A welded transition made of stainless steel with non-standard dimensions.
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A welded Y-tee made of stainless steel.
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A 4m long stainless steel straight section with a transition and a slanted insert.
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A stainless steel flat surface insert with a system check-up window.
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Stainless steel flat surface inserts with system check-up windows.
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A stainless steel manual regulating damper. The surface of the products is chemically etched.
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A 90° elbow with double walls and integrated heat insulation material. The product is fully welded and is made of stainless steel.
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A 90° elbow with double walls and integrated heat insulation material. The product is fully welded and is made of stainless steel.
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Air ducts with double walls and integrated heat insulation material. The products are fully welded and is made of stainless steel.
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Straight sections with double walls and integrated heat insulation material. The products are fully welded and is made of stainless steel.
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Air ducts with double walls and integrated heat insulation material. The products are fully welded and is made of stainless steel.
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A complex transition with added reinforcements. The product is made of carbon steel and is coated with powder paint.
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A partially assembled air intake unit. The roof is missing in this photo. The base of this stainless steel product is 6x6 m.
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A large scale stainless steel elbow with added reinforcements.
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Large scale elbows in preparation for transportation.
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Straight rectangular sections made of stainless steel.
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A straight section with additional mounts made of carbon steel and coated with powder paint.
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A stainless steel flat surface insert with a system check-up window.
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A stainless steel manual regulating damper. The surface of the products is chemically etched.
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A stainless steel manual regulating damper. The surface of the products is chemically etched. The photo depicts the axis holding unit.
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A stainless steel manual regulating damper. The surface of the products is chemically etched. The photo depicts the regulatory unit.
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A mono-cyclone with an air flow of 24'000 cubic meters per hour. the product is made of carbon steel and is coated with powder paint. The inner surface is throughly polished.
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A mono-cyclone with an air flow of 24'000 cubic meters per hour. the product is made of carbon steel and is coated with powder paint. The inner surface is throughly polished. The picture depicts the mounts for the lower collector.
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A mono-cyclone with an air flow of 24'000 cubic meters per hour. the product is made of carbon steel and is coated with powder paint. The inner surface is throughly polished.
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A stainless steel circular exhaust hood. The surface of the product is chemically etched.
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A stainless steel circular exhaust hood. The surface of the product is chemically etched.
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Large scale products being loaded onto the truck for transportation.
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A complex transition with added reinforcements. The product is made of carbon steel and is coated with powder paint.
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A stainless steel gravitational check valve. The surface of the product is chemically etched.
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A stainless steel gravitational check valve. The surface of the product is chemically etched. The picture depicts its internal structure.
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A stainless steel gravitational check valve. The surface of the product is chemically etched.
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A stainless steel suction grille. The surface of the product is chemically etched.
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A stainless steel suction grille. The surface of the product is chemically etched.
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A stainless steel suction grille. The surface of the product is chemically etched.
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Packaging for stainless steel flat surface insert with system check-up windows.
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45° Slanted blast gate for granular materials made of stainless steel. The surface of the product is chemically etched.
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45° Slanted blast gate for granular materials made of stainless steel. The surface of the product is chemically etched.
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45° Slanted blast gate for granular materials made of stainless steel. The surface of the product is chemically etched. The picture depicts the precision of angles.
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Packaging of stainless steel air ducts before transportation.
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A small scale blast gate for granular materials made of stainless steel. The surface of the product is chemically etched.
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A small scale blast gates for granular materials made of stainless steel. The surface of the product is chemically etched.
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A conic stainless steel lower collector for cyclones with a filter. The surface of the product is chemically etched.
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A conic stainless steel conic lower collector for cyclones with a filter. The surface of the product is chemically etched.
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A stainless steel straining filter for the lower collector of a cyclone. The surface of the product is chemically etched.
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An air duct for the recuperation system of a paint room with a system check-up hatch. The product is made of carbon steel and is coated with powder paint.
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Air ducts for the recuperation system of a paint room. The product is made of carbon steel and is coated with powder paint.
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Air ducts for the recuperation system of a paint room. The product is made of carbon steel and is coated with powder paint.
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A 90° elbow for the recuperation system of a paint room. The product is made of carbon steel and is coated with powder paint.
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Air ducts for the recuperation system of a paint room. The product is made of carbon steel and is coated with powder paint.
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An air duct for the recuperation system of a paint room. The product is made of carbon steel and is coated with powder paint.
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An air duct for the recuperation system of a paint room. The product is made of carbon steel and is coated with powder paint.
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A paint transfer bunker.
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A slanted Y-tee with system check-up hatches with added reinforcements. The product is made of carbon steel and is coated with powder paint.
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A stainless steel straight section with a system check-up hatch.
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A circular transition made of stainless steel.
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A stainless steel equal oblique tee (Wye).
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A 30° stainless steel elbow.
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A stainless steel jet cap with thin walls and added reinforcements inside.
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The body of a HEPA filter. The product is made of stainless steel and is fully welded.
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The body of a HEPA filter. The product is made of stainless steel and is fully welded.
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A cyclone in the process of recuperation of a paint room.
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A large diameter blast gate made of carbon steel and coated with powder paint and polymer additives. The picture depicts its internal structure.
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A large diameter blast gate made of carbon steel and coated with powder paint and polymer additives.
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A large diameter blast gate made of carbon steel and coated with powder paint and polymer additives.
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A large diameter blast gate made of carbon steel and coated with powder paint and polymer additives. The picture depicts the quality of the welds and the powder paint coating.
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A large diameter blast gate made of carbon steel and coated with powder paint and polymer additives.
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A large diameter blast gate made of carbon steel and coated with powder paint and polymer additives.
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Large diameter blast gates in the system of recuperation of a paint room.
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A stainless steel manual regulating damper. The surface of the products is chemically etched.
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A stainless steel welded air duct with non-standard dimensions.
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A billet for a straight section with system check-up hatches. The product is made of carbon steel and has additional reinforcements.
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A billet for a straight section with system check-up hatches with the stubs removed. The product is made of carbon steel and has additional reinforcements.
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Welded stainless steel air ducts.
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The body of a cyclone. The picture depicts the quality of paint.
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The body of a cyclone with an air flow of 12'000 cubic meters per hour. The product is made of carbon steel and is coated with powder paint.
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The body of a cyclone with an air flow of 24'000 cubic meters per hour. The body of the product is fully prepared to be coated.
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The body of a cyclone with an air flow of 24'000 cubic meters per hour. The picture depicts the end of the argon-arc welding stage.
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The body of a cyclone with an air flow of 24'000 cubic meters per hour. The product is made of carbon steel and is coated with powder paint.
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The cyclone with an air flow of 12'000 cubic meters per hour ready to be delivered to the customer.
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A regulating damper compatible with an automated control system. The product is made of carbon steel and is coated with powder paint.
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A regulating damper compatible with an automated control system. The product is made of carbon steel and is coated with powder paint.
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A fully welded stainless steel cylindrical container.
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The support structure for a cyclone with an airflow of 24'000 cubic meters per hour. The product is made of carbon steel and is coated with powder paint in two layers.
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The support structure for a cyclone with an airflow of 24'000 cubic meters per hour. The product is made of carbon steel and is coated with powder paint in two layers.
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The support structure for a cyclone with an airflow of 24'000 cubic meters per hour. The product is made of carbon steel and is coated with powder paint in two layers.
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