Mark Engineers

Spray Dryer Heat Exchanger offered comprise precision designed and functioning range of Spray Dryer heat exchangers that are supported by process unit coming with single piece welded designs. We make these available in stainless steel construction to provide for consistent as well as durable performance. Further, all process contact parts are made of SS – 316 that supports hygienic functioning as well as product durability.


Features:

• Made available in stainless steel construction that provides for consistent and durable performance support
• Process contact parts made of SS – 316 that enhances the functionality of the system
• Featuring use of inflatable gaskets of neoprene rubber/silicone rubber choices so as to accommodate variable sealing gaps
• Inflatable sealing support providing solution in areas where risk related to fabric contamination is not acceptable
• Suitable for inputs in granular or crystal form
• System designed to promote high heat transfer as well as drying rates
• Provides for achieving excellent output as well as uniformity in drying applications

We are one of the famous manufacturers and suppliers of Spin Flash Dryer Heat Exchanger. These are appreciated for features like precise construction, durable and easy to handle. We offer these in cost effective prices, which has enabled us to gain reputed clientele in both domestic and international market. The exchanger finds usage in soft flow dying machines, relax dryers, tumble dryer and tube dryer and available in the market at cost effective prices.

Features:

• High thermal conductivity
• Durable
• Superior efficiency

Our clients can avail from us a wide range of advanced quality of Tray Dryer Heat Exchanger, which is highly esteemed by our clients for its compact designs, high performance and user friendly features. These are manufactured using the utmost quality raw material in order to ensure their durability and reliability. Further, our clients can avail this range at industry leading prices.

Features:

• High durability
• Low maintenance cost
• Trouble free operation

• High thermal conductivity
• Flexibility in design
• Economically efficient