SUVAC’s compressor cooling vest brings micro-compressor cooling technology to a wearable format. Developed for personal cooling applications, it is intended for outdoor activities and work settings such as fishing, delivery work and workshop tasks.
SUVAC’s compressor cooling vest combines a wearable garment with micro-compressor cooling technology for personal cooling applications.
Developed and manufactured by Suzhou Su-Vac Electric Motor Co., Ltd., it extends our expertise in miniature refrigeration into wearable cooling products for outdoor activities and work settings.
Micro-Compressor Cooling Technology
The cooling system uses SUVAC’s micro-compressor technology, bringing compact refrigeration capability to a wearable application.
Wearable Vest Format
The sleeveless design features a front zipper and multiple pockets, providing a practical garment format for personal cooling applications.
Application-Focused Development
The vest is presented for use in activities such as fishing, delivery work and workshop tasks. The appropriate configuration depends on the wearer’s activity, operating environment and cooling requirements.
Outdoor Activities
Personal cooling applications during fishing and other outdoor activities.
Delivery Work
Wearable cooling applications for delivery personnel working outdoors.
Workshop Tasks
Personal cooling applications for workshop and manual work settings.
The vest is one part of a complete cooling system. Before ordering, please confirm the supplied configuration with SUVAC, including:
Cooling unit and its connection to the vest
Power supply and battery requirements
Controls and operating settings
Available garment sizes
Included accessories
Cleaning and maintenance instructions
SUVAC develops and manufactures micro-compressors, compact cooling modules and compressor-based cooling products.
For project enquiries, please share your intended application, operating environment, required cooling performance, power requirements and garment sizing needs. Our team can discuss suitable configurations and development options.