Dimple Liquid Cooling Plate For Chillers Manufacturers Supplier Factory

Dimple Liquid Cooling Plate For Chillers

Product Highlights

Enhances cooling efficiency with dimpled surface design.
Optimized for chillers in industrial applications.
Constructed from high-grade materials for durability.
Reduces energy consumption through efficient heat transfer.
Compact and customizable to fit various system designs.
Easy to integrate with existing chiller systems.
Minimizes maintenance with a robust, reliable build.
Supports sustainable operations through improved efficiency.

Products Details

type	Cooler
Material	Stainless Steel
application	Refrigeration Parts
warranty	1 Year
machinery test report	Provided
video outgoing-inspection	Provided
weight (kg)	10
Product name	Pillow Plate
Material	Stainless Steel
Application	Cooling System
Brand	OEM
Dimension(LWH)	Customized
Working pressure	At least 1 bar
Surface flatness	0.5mm/1 meter
Bonding technique	Laser welding
Main technique	Welding and inflation
Surface treatment	Chemical passivation
Selling Units	Single item
Single package size	50X30X15 cm
Single gross weight	9.900 kg

Dimple Liquid Cooling Plate For Chillers

FAQ

1. What is a dimple liquid cooling plate?
A dimple liquid cooling plate is a device designed to enhance cooling efficiency in chillers, using a dimpled surface for better heat transfer.

2. How does the dimple design improve cooling?
The dimple design increases surface area, enhancing heat exchange and cooling performance in chillers.

3. Is the cooling plate compatible with all chillers?
Yes, the Dimple Liquid Cooling Plate is customizable to fit various chiller systems.

4. What materials are used in the cooling plate?
The cooling plate is made from high-grade materials to ensure durability and efficiency.

5. How does the cooling plate reduce energy consumption?
By improving heat transfer efficiency, the cooling plate reduces energy usage in chiller operations.

6. Can the cooling plate be integrated into existing systems?
Yes, it is designed for easy integration with existing chiller systems.

7. What maintenance does the cooling plate require?
The cooling plate requires minimal maintenance due to its robust design.

8. How does the cooling plate support sustainability?
By enhancing efficiency and reducing energy consumption, it supports more sustainable operations.