Corrugated Insulation Stops for Attic & Building Insulation

Prairie Packaging manufactures corrugated insulation stops used in residential and commercial construction to help protect attic insulation from cold air intrusion and moisture exposure.

Corrugated insulation stops are installed in attics to create a physical barrier between soffits and insulation. They help maintain proper airflow while preventing cold air and moisture from entering the attic insulation space, improving overall building performance.

What Is a Corrugated Insulation Stop?

Corrugated insulation stops are folded corrugated inserts used in attic spaces to separate insulation from soffit vents. Their primary purpose is to prevent cold air and moisture from entering the attic insulation while allowing proper ventilation through soffits.

Made from durable corrugated board, insulation stops are lightweight, easy to install, and commonly used in residential and light commercial construction projects.

Unlike plastic or foam alternatives, corrugated insulation stops offer a cost-effective and recyclable solution for building insulation applications.

Benefits of Corrugated Insulation Stops

Helps protect attic insulation from cold air intrusion
Maintains proper airflow from soffit vents
Reduces moisture buildup in attic spaces
Lightweight and easy to install
Cost-effective alternative to plastic insulation baffles
Made from recyclable corrugated material

Common Applications

Corrugated insulation stops are commonly used in:

Residential attic insulation installations
New home construction
Renovation and retrofit projects
Roof and soffit insulation systems
Light commercial buildings

COMMON APPLICATIONS

Corrugated insulation stops are commonly used in:

Residential attic insulation installations
New home construction
Renovation and retrofit projects
Roof and soffit insulation systems
Light commercial buildings

Our Insulation Stop Capabilities

At Prairie Packaging, we manufacture corrugated insulation stops to meet real construction requirements.

Custom sizes available based on attic and roof dimensions.
Single-wall and heavy-duty corrugated options.
Designed for quick installation and removal.
Suitable for bulk and ongoing supply programs.

If you are unsure which configuration fits your operation, our team can help determine the right specification based on your shipping environment and volume.

Why Choose Prairie Packaging for Insulation Stops

Manufacturer-direct supply.

Consistent quality and dependable lead times.

Support for bulk and recurring orders.

Serving construction and building supply businesses across Western Canada.

We focus on practical packaging solutions that integrate smoothly into existing logistics and cold-chain operations.

Request Pricing or More Information

If you are looking for corrugated insulation stops for building or attic insulation, contact our team to discuss specifications, quantities, and availability.

Get a Quote

Frequently asked Questions

What are insulation stops used for? Insulation stops are used to help maintain temperature control inside trailers or containers by limiting airflow and reducing heat transfer during transportation.

Are corrugated insulation stops recyclable? Yes. Corrugated insulation stops are made from recyclable corrugated material and can be recycled after use.

Can insulation stops replace foam insulation? In many applications, corrugated insulation stops provide sufficient thermal control at a lower cost. The right solution depends on shipment duration, temperature sensitivity, and handling conditions.

What equipment is needed to use slip sheets? Slip sheets are typically handled using forklifts equipped with push-pull attachments. Some lighter applications may allow for manual handling, depending on load weight.

Do you offer custom sizes? Yes. Prairie Packaging manufactures insulation stops in custom sizes based on trailer dimensions, container layouts, and operational needs.

Are insulation stops suitable for food shipments? Yes. They are commonly used in food and beverage distribution where temperature consistency is required.