Product Overview
Water cooler body structures are fabricated metal housings designed to support drinking water cooling equipment. These bodies form the outer cabinet of water cooler systems used in commercial, industrial and institutional environments.
The enclosure structure accommodates internal components such as compressors, storage tanks and cooling units while providing external structural protection.
Manufacturing Process
Water cooler bodies are fabricated using sheet metal manufacturing processes including laser cutting, bending and welding.
Polishing or surface finishing operations may be applied depending on the material and finishing requirement of the equipment cabinet.
Material Construction
The cabinet body may be manufactured using Stainless Steel grade SS 304 or CRCA steel depending on the design requirement.
Sheet thickness typically ranges from 0.8 mm to 1.5 mm depending on structural configuration.
Surface Finishing
Stainless steel cabinets may include matt finish or mirror finish surfaces depending on product design.
CRCA steel enclosures may be powder coated in RAL standard shades according to equipment manufacturing requirements.
Insulation Provision
The cabinet structure may include provision space for insulation materials such as PUF or thermocol depending on equipment design.
This insulation space supports the internal cooling system structure of the water cooler unit.
Component Mounting
The body design includes mounting provisions for installing compressor units, storage tanks and cooling assemblies.
Drain outlet provisions are included for water discharge from the equipment cabinet.
Applications
Water cooler body cabinets are used in the manufacturing of drinking water coolers installed in commercial buildings, industrial facilities and institutional environments.
These cabinets support the structural housing of cooling equipment systems.
FAQs
- What materials are used for water cooler bodies? Water cooler bodies may be manufactured using Stainless Steel SS 304 or CRCA steel depending on design requirements.
- What thickness is used for fabrication? Sheet thickness typically ranges from 0.8 mm to 1.5 mm depending on cabinet design.
- What manufacturing processes are used? Fabrication typically includes laser cutting, bending, welding and polishing operations.
- What surface finishes are available? Stainless steel cabinets may have matt or mirror finish while CRCA bodies may use powder coated surfaces.
- Is insulation provision included? The cabinet may include space provision for insulation materials such as PUF or thermocol depending on the design.
- What components are mounted inside the cabinet? The structure includes provisions for compressor units, tanks and cooling equipment installation.
- Is drainage provision available? A built-in drain outlet provision may be included depending on the cabinet design.
- Where are water cooler bodies commonly used? These cabinets are used in commercial, industrial and institutional water cooler systems.
Description provided by Perfect Precision Products Llp.
Stainless Steel SS304 or CRCA steel with powder coating
Laser cutting, bending, welding, and polishing
Welded or modular body with reinforced frame
Matt or mirror finish stainless steel; powder coated RAL shade for CRCA
Space for PUF or thermocol insulation
Provision for compressor units, storage tanks, and cooling assemblies
Built-in drain outlet provision for water discharge
Dimensional and surface finish inspection for quality control
Suitable for commercial, industrial, and institutional water cooler systems
Specifications
Product Type
Fabricated water cooler body cabinet
Material
SS304 Stainless Steel or CRCA steel
Sheet Thickness
0.8 mm to 1.5 mm
Surface Finish
Matt or mirror stainless steel; powder coated RAL shade steel
Manufacturing Process
Laser cutting, bending, welding, polishing
Structure Type
Welded or modular with reinforced frame
Insulation Space
Provision for PUF or thermocol
Mounting Provisions
For compressor, storage tank, and cooling system installation
Drain Outlet
Integrated drainage for water discharge
Quality Control
Dimensional and surface finish inspection
