Glass Lined Shell Tube Type Condenser

Glass-lined Shell&tube Type Condenser,also called Glass-lined Shell&tube Type Heat-exchanger,which is widely used in the glass-lined chemical medium cooling or heating etc. with high working efficiency.

Shell & tube glass lined heat exchanger is a new type of glass lined heat exchanger. It offers a roster of capabilities to meet high-corrosion, high pressure, full vacuum, high temperature process needs effectively. It can cope with the most stringent demands for product purity, process versatility and ease of maintenance and widely used in chemical, pharmaceutical, pesticide, dyestuff, food and other industries. It can replace alloy materials, such as titanium, nickel, tantalum and so on. The heat exchanger can be designed as standing type, horizontal type and insertion type.Standard units are equipped with a glass-lined steel shell, glass-lined tubes, PTFE baffles, and individual tube seals.  

Designed Working Pressure: Inner tube: 0.1 to 0.8 Mpa; Shell: -0.1 to 1.0 Mpa; Jacket: -0.1 to 1.0 Mpa
Designed Temperature: 0 to 180 Deg.C
Thickness of Lined Glass:0.8 to 2.0 mm
Working Medium:Organic acid, inorganic acid, organic solvent& weak alkaline except hydrofluoric acid, medium with fluoric-ion, alkali and phosfate acid which concentration over 30% with temperature over 180 Deg.C
Spark Test for Lining-glass:20KV after glass-ling, and 10KV before shipment
Temperature Resistance:Chilling shock: 110 Deg.C, Thermal shock: 120 Deg.C 
Standard: GB/T 151-2014,HG/T 25025-2010, HG/T 4286-2017 (refer) Or Against customized standard

Corrosion Resistance - glass is extremely resistant to corrosion by acids and alkalies (except for hydrofluoric acid and hot concentrated phosphoric acid)
Anti-stick - many substances will not stick to glass, but will stick to metal
Purity - glass has high quality standards for food and drug applications
Flexibility - glass can handle a diverse range of chemical conditions
Easy To Clean - glass-lining surface enables quick, easy cleaning and sterilization
Absence Of Catalytic Effect - eliminates the possibility of catalytic effect that can occur in vessels made with various exotic metals
Economy - the cost is comparable to stainless steel and most alloys