INCREASE YOUR FREEZING EFFICIENCY
AND HELP THE ENVIRONMENT
The spacers are manufactured from 100% recyclable materials and can be genuinely recycled at the end of their usable life. Combined with the reduced energy consumption during freezing this benefits the environment.
The low weight and open design make it easy to handle and to clean the freezer spacer. The spacers nest easily into each other when not in use, thereby taking up a minimum amount of space.
Due to the robust structure of High-Density Polyethylene, our freezer spacer withstands temperatures between -50°C and +90°C and is resistant to acids and chemicals, ensuring a long lifespan, even in the toughest working environments.
Go with the flow
The basic laws of physics are rather simple as air-flow will always choose the path with the least resistance. The solution is a spacer that creates maximum space and the fewest possible obstacles or blockings in-between the stacked layers.
This is why our 50 mm high, open profile freezer spacers are simply more efficient than most other solutions and have been used worldwide for more than 15 years.
Our constant focus on R&D and customer satisfaction enables us to combine the latest innovation together with customer feedback.
Want to know how better airflow can cut your freezing costs?
We can help you save money on your blast freezing process.
Tell us a bit about your company and current freezing process, and we will get back to you.
Why choose FreezeTeq spacers
FreezeTeq is economical, practical, cost-effective, and most importantly, sensitive to the planet.
At FreezeTeq we do not just sell spacers but strive to improve the efficiency in your blast freezing operation
– for the benefit of the environment and your bottom line
Freezer Spacers and blast freezing
Freezing and thawing of foodstuff are often critical processes in the value chain of food processing companies. Freezing is usually a major cost driver, however, both processes highly influence the product quality of the frozen or thawed product.
How Freezer Spacers work
High air velocity across the product and maximum contact between the cold, high-velocity air stream and the product – in our case the stacked boxes – are both essential for high efficiency.