Thermal Spray Aluminum - Flare Boom

The Platform Flare Boom P-51 was coated by thermal spray aluminum, 250µm thickness and sealed (silicon resin).
A surface area about 5500m² was coated according NACE No. 12/AWS C2.23M/SSPC-CS 23.00 Specification for the Application of Thermal Spray
Coatings (Metallizing) of Aluminum, Zinc, and Their Alloys and Composites for the Corrosion Protection of Steel

Thermal Spray Zinc + Paint X Paint

The anodic reaction of Thermal Sprayed Zinc Coatings gives (cathodic protection) sacrificial protection to steel.

The combination of two schemes (TSZ + Painting) protect steel first like a barrier, and the cathodic protection happens after the mechanical damage.

Thermal Spray Aluminum

Flare Boom thermal sprayed aluminum

Wind Power Energy

Tower with Thermal Spray Zinc coat and painting.

Top Riser

Top Riser assembly, PDET Profundo - Thermal Spray Aluminum coated (Arc Spray Process)

Luxury Motor Yacht

Luxury motor yacht 82 feet Thermal Spray Zinc coated

Wind Power Energy

Hub Thermal Spray Zinc coated

Steel Industry

Blast-furnace slag granulator - Carbon Steel structure Thermal Spray Zinc coated.

Offshore Corrosion Protection

A wide range of Carbon Steel equipments (spools, Valves, Vessels) of Platform P-52 was protected.(Arc Spray Aluminum)

Wind Power Energy

Hub (Internal & External) Thermal Spray Zinc coated.

Carbon Steel Corrosion Protection

FPSO P-50 Flare Boom Thermal spray Aluminum coated

Carbon Steel Thermal Insulated Vessels

V-59D Floating Production Unit P-53 Thermal sprayed (Aluminum coated)

Arc Spray Process

O Processo Arco Elétrico utiliza material na forma e arame e energia elétrica similar a uma fonte de solda.

O arco entre os dois arames funde o metal que é aspergido pelo ar comprimido.

Em comparação com ao processo chama de gás, deposita maior quantidade de material com menor indice de porosidade.

Flame Spray Process

A aspersão térmica a chama utiliza material na forma de arame, gases como acetileno e oxigenio e ar comprimido.

A queima dos gases é utilizada para fundir as particulas de metal, que são projetadas pelo fluxo de ar comprimido em alta velocidade, que alem de aspergir as goticulas de metal fundido resfriam a cabeça de combustão.

O Ar comprimido tambem aciona um sistema de roldanas e engrenagens que faz o arame ser conduzido continuamente pelo interior da pistola.