Sanitary Plate Heat Exchangers

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MOQ : 10 Units

Sanitary Plate Heat Exchangers Specification

Thickness
0.6 mm (Plate Thickness)

Diameter
DN32 to DN100 (Inlet/Outlet)

Max. Capacity
25,000 L/h

Max Pressure
1.6 MPa

Temperature
-10C ~ 150C

Condition
New

Structure
Gasketed Plate Type

Liquid Flow Rate
2~20 m3/h

Working Presssure
1.0 MPa

Voltage
380V / 50Hz

Power
2.2 kW

Weight
220 kg

Dimensions
1200mm x 600mm x 720mm

Surface Finish
Ra 0.8m, Mirror Polished

Application
Dairy, Beverage, Pharmaceutical, Food Industry

Gasket Material
EPDM/FKM/Silicone (Food Grade)

Plate Material
AISI 304 / 316L Stainless Steel

Frame Material
Carbon Steel with Protective Coating / Stainless Steel

Service Life
15 years (typical)

Connection Type
Clamp/Threaded/Flanged

Heat Exchange Area
2 m2 to 200 m2 (customizable)

Sanitary Plate Heat Exchangers Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About Sanitary Plate Heat Exchangers

Highlighted for their outstanding performance, our Sanitary Plate Heat Exchangers deliver glorious reliability and efficiency in ephemeral temperature transitions. Crafted with AISI 304/316L stainless steel plates and supported by a robust, clearance-designed carbon steel or stainless steel frame, these exchangers feature dazzling, mirror-polished surfaces (Ra 0.8m) for optimal hygiene. Food-grade EPDM/FKM/Silicone gaskets ensure safe processing across dairies, beverages, pharmaceuticals, and food industries. Customizable heat exchange areas (2-200 m2) and adaptable connections (Clamp/Threaded/Flanged) provide versatility. With up to 25,000 L/h capacity and a service life reaching 15 years, each unit embodies exceptional engineering from India's premier exporter, manufacturer, and supplier.

Exceptional Industry Applications & Technical Features

Sanitary Plate Heat Exchangers flourish in application places such as dairy factories, beverage plants, pharmaceutical labs, and food processing units. Handling a diverse application media like milk, juices, medicine, and food-grade liquids, they boast special features including mirror-polished, hygienic surfaces, customizable connection types, and outstanding thermal efficiency. The customizable heat exchange area and gasketed plate structure further augment safety and flexibility, making them ideal for demanding sanitary processes in modern industries.

Delivery Estimate, Certifications & Payment Convenience

Delivery time for these Sanitary Plate Heat Exchangers is often swift, with estimates ranging from 4 to 6 weeks depending on clearance and client requirements. Products arrive with necessary certifications for the food and pharmaceutical industry, assuring quality and regulatory compliance. Sale price quotations are tailored per order, with convenient payment terms such as advance or LC available. Reliable transportation ensures safe arrival globally, supporting seamless supply from India's prominent exporter and manufacturer.

FAQ's of Sanitary Plate Heat Exchangers:

Q: How do Sanitary Plate Heat Exchangers benefit food and beverage production?

A: Sanitary Plate Heat Exchangers ensure excellent thermal efficiency and hygiene, leading to enhanced product safety and shorter processing times in food and beverage manufacturing.

Q: What types of connections are available for these heat exchangers?

A: A variety of connection types are offered, including clamp, threaded, and flanged options, allowing for versatile installation across diverse industrial setups.

Q: When can I expect delivery after placing an order?

A: Typically, delivery is estimated within 4 to 6 weeks after order confirmation, subject to production clearance and customization requirements.

Q: Where are these heat exchangers commonly installed?

A: They are commonly installed in dairy processing plants, beverage factories, pharmaceutical facilities, and food industry environments requiring high sanitary standards.

Q: What is the process of customizing a heat exchange area or connection size?

A: Customization involves discussing application requirements with the supplier, selecting appropriate plate size, connection diameter (DN32-DN100), and desired heat transfer area (2-200 m2) to suit specific process needs.

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