Pallet freezer spacers reduce blast freezing times by distributing cold air throughout the pallet load. They are made from food-safe HDPE and can be power-washed or steamed for easy cleaning. They also have a nestable design that saves space and can be recycled at the end of their life. For standard pallet freezer spacers, check this out.
They are ideal for cold storage facilities, meat processing plants and dairy production. They can limit cross-contamination and help comply with USDA regulations regarding frozen food safety.
Reversible
Reversible freezer spacers are a cost-effective way to improve airflow between stacked goods. They fit snugly on standard Australian pallet sizes and are crafted from virgin HDPE for food contact safety. They also work well for blast-freezing, which reduces freezing times by 40% and helps minimize energy usage.
The open lattice design of these spacers promotes free-flowing air, which prevents bacterial accumulation. It helps ensure an even and rapid freeze while avoiding costly violations of food safety regulations. These spacers are also easy to clean and can withstand extreme temperatures. They’re famous for cold storage facilities, meat processing plants, and food-service operations.
Square lattice
Freezer spacers are designed to improve the cooling profile of food products and allow for better airflow between stacked layers. They also help to reduce the freezing time of blast freezers and refrigeration systems. They are made from durable plastic and are ideal for cold storage facilities, meat processing plants, and food service operations.
The egg crate design of these freezer spacers allows for free air circulation in the freezing process, which helps to ensure an even chilling or freezing of pallet loads. In addition, they are resistant to mildew and can be washed for easy cleaning. These freezer spacers are also reusable, which reduces waste and saves money in the long run.
Structural foam
Our freezer spacers are made of a rigid, food-safe material and are 100% recyclable. They can be used in meat processing plants and cold storage facilities to break up stacks of carton meat, allowing more uniform airflow and faster freezing.
The structural foam injection moulding process uses an inert physical gas, usually nitrogen, or a chemical blowing agent to combine a thermoset polymer with a micro-cellular core. The cellular structure allows for significantly lower pressures than solid polymers, aluminium or steel. I enable product designers to achieve over 100 ribs per inch for thick parts. The core also decreases plastic weight while the outer “skin” adds strength. For standard pallet freezer spacers, check this out.
The moulded ribbing of these freezer spacers prevents cross-contamination during handling and shipping. It can help meet stringent USDA and other work safety regulations for frozen food production. In addition, the spacers can be stacked to save on space and freight costs. They are also highly durable and can be used over and over again.
Unipak
Freezer spacers are a convenient way to prevent spills and product loss during frozen storage. They are also easy to clean and sanitize, which helps reduce the spread of germs. They have smooth plastic surfaces and no cracks or crevices that can harbour germs. Moreover, they can be washed with a simple detergent and water. They are also lightweight, which makes them easy to handle and stow away.
These freezer spacers are made from HDPE (high-density polyethylene), a material that can withstand temperature variances. Their open profiles allow unrestricted airflow through the box layers, improving freezing efficiencies and preventing contamination. Their nestable design saves space and is 100% recyclable at the end of their usable life.
Aside from the many practical uses of the reusable plastic freezer spacer, it has appeared in several episodes of Star Trek as wall and ceiling elements on a number of vessels, most notably the Enterprise-D computer access room in the episode “Evolution”. It is a great example of how spacers can be used to achieve a unique look and provide functional advantages.