Chemical Condensers

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Chemical Condensers Specification

Usage & Applications
Chemical industry, Laboratories, Distillation, Solvent recovery, Industrial cooling

Features
High durability, Resistant to corrosion, Easy to clean, Leak-proof joints

Cooling Capacity
Depends on size and flow rate (typically up to 500 L/hr or more)

Operating Temperature
-20C to 200C

Components
Condenser Body, Cooling Coils, Inlet & Outlet Nozzles, Mounting Supports

Mounting Type
Vertical / Horizontal

Product Type
Chemical Condenser

Material
Stainless Steel / Glass

Size
Customizable (Standard sizes available)

Compliance
Follows ASTM/ISO standards

Type of Cooling Media
Water, Brine, Glycols, or specified cooling fluids

Installation
Flange mounted or bracket mounted

Finish
Mirror polished (for glass) / Matte (for steel)

Connection Size
1/2" to 3" BSP/NPT or as required

Heat Exchange Surface Area
Up to 5 m² (varies as per model)

Maintenance
Easy to assemble/disassemble for cleaning

Pressure Rating
Up to 6 bar (depending on design)

About Chemical Condensers

Chemical Condenser is used for condensing exhaust steam emitted from various industrial plants, especially chemical plants and refrigeration plants. This type of condenser is effective in condensing fluorinated hydrocarbon and ammonia. Standard grade carbon steel of ASTM norms has been used to manufacture such condensing systems. These condensers can maintain around 300 degree C inner temperature and approximately 50 degree C outer temperature for condensation of steam. Offered condensers can be availed in customized capacity and design based choices.

Product Details

Capacity	Any Capacity
Brand/Make	Sunrise Process Equipment
Design Type	Customised
Model	Chemical Condensers

Versatile Design and Construction

Our chemical condensers are built from corrosion-resistant materials like stainless steel and glass, providing exceptional durability and performance across various applications. Available in both vertical and horizontal configurations, each model is customized for optimal heat exchange while meeting strict industry standards.

Efficient Cooling and Safety

With the ability to handle multiple cooling fluids-including water, brine, and glycols-these condensers are suitable for precise temperature control in distillation, solvent recovery, and industrial cooling. Leak-proof joints and easy-to-clean components guarantee reliable and safe operation.

Installation and Maintenance Made Simple

Convenient flange or bracket mounting options, combined with user-friendly assembly and disassembly, allow for straightforward installation and hassle-free cleaning. This reduces downtime and maintains system efficiency, making these condensers ideal for frequent use in demanding environments.

FAQ's of Chemical Condensers:

Q: How do I select the right chemical condenser for my application?

A: Choosing a condenser depends on your required cooling capacity, operating pressure, preferred cooling media, and connection size. Our range offers customizable options to ensure compatibility with your specific process requirements.

Q: What types of cooling fluids can be used in these condensers?

A: The condensers support water, brine, glycols, or other specified cooling fluids, providing flexibility to suit diverse temperature control needs in chemical processes and laboratory setups.

Q: When should routine maintenance be performed on the condenser?

A: Regular cleaning and inspection are recommended after each operational cycle or as per your facility's maintenance schedule. The easy assembly and disassembly features simplify cleaning and help sustain optimal performance.

Q: Where are chemical condensers commonly installed?

A: These units are typically installed in laboratories, chemical manufacturing plants, distillation facilities, and industrial cooling systems. Installation can be tailored with flange or bracket mounting for vertical or horizontal positioning.

Q: What benefits do mirror-polished glass and matte steel finishes provide?

A: Mirror-polished glass ensures easy visual monitoring and cleaning, while matte steel offers robust durability and resistance to wear and corrosion, contributing to extended product lifespan.

Q: How does the condenser contribute to process efficiency and safety?

A: By efficiently managing heat exchange up to 500 L/hr, these condensers safeguard against overheating and enhance process control. Compliance with ASTM/ISO standards ensures safety, leak-proof performance, and environmental reliability.

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