Brazed Plate Heat Exchangers All-Stainless Range for the Most Demanding Applications
Swep has launched new products which enhance the company’s ‘All-Stainless’ range of brazed plate heat exchangers. The latest addition to the existing portfolio is the B85S medium-size high-capacity model and the B221 as well as the B222 models will be coming soon.
All-Stainless is a range of durable, compact, and efficient Brazed Plate Heat Exchangers (BPHEs) for the most demanding applications that often use aggressive media such as ammonia, deionized water system, or fluids with high sulphur content, all of which can be corrosive to copper. All-Stainless is therefore ideal for a wide range of industrial applications and utilities with high demands on corrosion resistance, low tolerance for contamination and/or high operating temperatures, states the company.
The B5T, B10TS, B80S products in the existing portfolio have long been the natural choice for efficient heat exchange solutions systems demanding 100% stainless steel components. Now supplementing the portfolio with the B85S and soon to come B221 and B222, the firm offers the perfect range of products for the most demanding applications where copper contamination or copper corrosion must be avoided, adds the company.
As with all BPHEs, the absence of gaskets or loose parts in the All-Stainless heat exchangers, makes them robust, low maintenance units. All-Stainless means a lesser need for unit replacement due to copper corrosion or less frequent change of oil thanks to its copper-free material. Furthermore, the units do not need disassembling for cleaning, thus keeping maintenance to a minimum, and avoiding costly man-hours and downtime in the operation, mentions the firm.
With a 100 % stainless steel construction and minimum use of raw material in its construction relative to its mechanical strength, the All- Stainless is all about increasing efficiency. The range combines robustness and durability with high heat transfer efficiency offered in a small construction. All-Stainless simplifies recycling of the material, hereby decreasing carbon footprint from heat transfer, concludes the firm.