LIANDE MACHINERY

Industrial-Grade Animal Fat Primary Rendering

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Food-Grade Animal Fat Primary Rendering

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Condenser

Home Cooling Condenser

High-efficiency condensation for process steam
Precision multi-tube countercurrent design
Integrated shell, tube sheet, heat exchange tubes and baffles

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Introduction

Our condensers are designed for process steam discharged from cooking, boiling and drying equipment to achieve efficient condensation. They integrate core components such as shell, tube sheet, heat exchange tubes, head and baffles, and employ a multi-tube countercurrent structure for maximum heat transfer efficiency.

Why Choose Our Machines?

Water-Cooled Condenser

Uses water as cooling medium with high heat capacity and transfer efficiency. Ideal for high-temperature industrial environments requiring stable, large-scale heat discharge.
Air-Cooled Condenser

Uses air as cooling medium relying on natural convection. Suitable for low ambient temperatures and well-ventilated areas; simpler installation and lower maintenance without water circulation systems.

Product Features

Multi-Tube Countercurrent Design

Maximizes heat transfer film coefficient by routing process steam inside tubes and cooling water countercurrently outside.

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Simple Installation & Maintenance

Air-cooled units require no additional cooling medium or water circulation system, reducing complexity and upkeep.

Energy Saving & Eco-Friendly

Air-cooled condensers eliminate water consumption and related treatment, lowering resource use and environmental impact.

High Cooling Efficiency

Water-cooled condensers offer superior heat removal, making them suitable for stringent cooling performance requirements.

Specifications

	Condenser	Meal Cooling
Model
	Shell and Tube Condenser	-
CoolingMedium	Water	-
Applications	High-temperature industrial operations	-
Structure	Multi-tube countercurrent	-
Stability	High	-
	Air-Cooled Condenser	-
CoolingMedium	Air	-
Applications	Outdoor or well-ventilated low-temperature areas	-
Maintenance	Low	-
EcoFriendly	High	-

FAQs

Got questions about our condenser? We've got you covered.

What is the main difference between water-cooled and air-cooled condensers?

Water-cooled condensers use water circulation for high cooling efficiency and stability; air-cooled condensers rely on natural air convection, offering simpler installation and lower water consumption.

Which condenser is more energy-efficient?

Air-cooled condensers save water and related treatment energy, while water-cooled condensers excel in raw cooling performance for demanding industrial needs.

Condenser

Introduction

Why Choose Our Machines?

Water-Cooled Condenser

Air-Cooled Condenser