Pit-LPC – Pit-Type Low Pressure Carburizing Furnace
Vertical pit-type vacuum furnace for low-pressure carburizing (LPC) of large, heavy or long components.
VAB Oil‑Removal Furnace – Vacuum Oil Separation System
The VAB Oil-Removal Furnace is a vacuum system used to remove oil remaining on parts after forming or stamping. The process heats components to the oil-evaporation temperature under reduced pressure, allowing oil vapors to be extracted and condensed in a dedicated exhaust system. The recovered oil is collected in a storage tank. This ensures parts achieve the required cleanliness level before the brazing process, improving joint quality and consistency.
- • Vacuum oil-separating system
- • Heating to oil-evaporation temperature under pressure
- • Special pumping system to extract oil vapors
- • Vapor condensation and oil recovery tank
- • Improves surface cleanliness prior to brazing
- • Compatible with aluminum components for VAB brazing
- • Ensures proper cleanliness before vacuum brazing
- • Enhances brazing quality and joint reliability
- • Recovers oil instead of releasing vapor into atmosphere
- • Reduces contamination and improves process stability
- • Environmentally friendly and resource-efficient
- • Pre-treatment of aluminum components before brazing
- • Removal of oils after stamping or forming
- • HVAC&R, automotive, aerospace and industrial aluminum parts
- • Any aluminum brazing line requiring clean components
Designed for industrial vacuum oil-removal and aluminum-processing standards.
Other Products From SECO/WARWICK S.A.
Ion Vapor Deposition (IVD) Coating Furnaces
A vacuum-based aluminum coating technology providing corrosion‑resistant, conductive, and uniform metallic coatings for aerospace, defense, and high‑performance industrial components.
Graphite Purification Furnaces
High‑temperature furnaces for purifying graphite using reactive gases under controlled conditions.
CVI (Chemical Vapor Infiltration) Furnaces
Furnaces enabling CVI saturation of porous carbon structures with carbon from the gas phase.