Air Cooled Solutions
AlfaNova
Manufactured with Alfa Laval’s patented AlfaFusion technology, AlfaNova is a heat exchanger consisting of corrugated stainless steel plates bonded together without any copper or nickel. The unique design means that AlfaNova can withstand more extreme temperatures and pressures with greater fatigue resistance than conventional brazed plate heat exchangers. It is also suitable for duties with very high hygiene demands.
Compound Screw Compressor
The compound C-series is the power of one designed for the duty of two. By combining the high and low stage rotors in one body it permits a 2 stage operation in one compressor. With two compressors in one you minimize your initial costs, footprint and maximize your output. Applications are found in many areas through two stage systems, low temperature fields and sites with high compression ratios.
GL
The Alfa Laval GL product line is an ultra-compact, high-efficiency solution engineered to meet the unique challenges of simultaneously working with gas and liquid media. A revolutionary new design handles very high temperatures with very low pressure drop. Manufactured with Alfa Laval’s proven copper-brazing technology, they also ensure the reliable performance you expect from the world leader in thermal transfer.
GL
The Alfa Laval GL product line is an ultra-compact, high-efficiency solution engineered to meet the unique challenges of simultaneously working with gas and liquid media. A revolutionary new design handles very high temperatures with very low pressure drop. Manufactured with Alfa Laval’s proven copper-brazing technology, they also ensure the reliable performance you expect from the world leader in thermal transfer.
GLX
Alfa Laval’s GLX range of brazed gas-to-liquid plate heat exchangers offers a more flexible way to meet the demands of applications with challenging operating conditions. The unique open inlet design of GLX heat exchangers maximizes media flow rates while ensuring the lowest possible pressure drop. Delivered as modules, they can be easily assembled into larger systems to help optimize performance efficiency.
