Deep Freezers Category Intelligence
Report Coverage
- Market Analysis
- Industry Best Practices
- Sourcing model
- Purchase Opportunities
Deep Freezers Market Trends
Category Intelligence on Deep Freezers covers the following
- Information relating to market, supply, cost, and pricing analysis
- Hard to find data on cost and TCO models, supplier details, and performance benchmarks
- Macroeconomic and regional trends impacting cost, supply, and other market dynamics
- Category-specific negotiation and sourcing advice
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Industry Outlook & Drivers
Deep Freezers Global Market Outlook:
Market Growth:
- Global Deep Freezer Market (2020E): $714.3 Million
- CAGR: 3 – 3.3 percent
Market Drivers:
- Sustainability
- Advanced Technology
- Increasing research
Selection of Deep Freezer
Purchasing decisions have been made by a combination of end users and procurement. The criteria for purchase have been the us ers’ comfort with
the brand, freezer features and procurements’ ability to extract the largest possible discount. Other than the business persp ective below are the key
features to be looked at before the choice of ULT
Environment:
- Chest freezers are more stable in temperature, due to the physics of cold air sinking and warm air rising.
- Deep freezers will work at their most efficient when kept in a stable cool ambient environment. Energy usage increases as ambient temperature increases; therefore an ambient temperature of 15 - 23°C is recommended
Purpose:
- Temperature stability throughout the freezer, good uniformity and quick temperature recovery times are essential
- Consider the materials being stored, as some materials will need quick freezing and stable temperature.
- An efficient racking system can maximize storage space whilst maintaining correct air flow
Energy Efficiency:
- Deep freezers are run continuously at very low temperatures; therefore they will always be high energy consumers
- Technological advances such as improved compressor, insulation and cabinet design have resulted in better performance, significant gains in energy efficiency are often made by compromising thermal stability.
