APPLIANCE SOLUTIONS

Appliance manufacturers depend on foam materials to insulate their products. Keeping the cold things cold and hot things hot is the name-of-the-game. Refrigerators, freezers, water heaters and more–all rely on the increased thermal efficiency that only foam provides.

Because of consumer demands, manufacturers rely on foam materials to help meet energy efficiency standards, without increasing costs. We provide added convenience by producing foam materials that can be custom-tailored to your specifications for density and performance.

Even if you only need increased structural integrity, noise control, or vibration dampening properties, learn how foam materials present inexpensive and energy-efficient options for your next project.

Kick-Off Your Project With Our Reliable Team Of Foam Experts

FREE FOAM SAMPLE KIT

Receive a collection of foam samples to help make a decision on the kind of foam you’re looking for.

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FOAM SELECTION

Choose from a selection of over 1,321 different types of foam!

Reticulated Polyurethane

Polyethylene

Crosslinked-Polyethelane-modified-300x300-1-1

Cross-Linked Polyethylene

Silicone

Low Permeability Foam

Sponge Rubber

PORON® Urethane Foam

Microcellular Polyurethane Elastomer

CAPABILITIES

FOAM FABRICATION

Overview of CNC Cutting

Water Jet Cutting

Materials Up To 6′′ Thick (*Depending on foam type)
Bed Size: 60′′ x 132′′
Angle Cuts
Multi-Head and Multiple Sheet Cutting Capable

Contour Cutting

3D Shapes Cutting Capability
Vertical Contour Cutting
Horizontal Contour Cutting
Multiple Sheet Cutting Capable
Able to Cut a Variety of Sizes

Digital Knife Cutting

Bed Size: 60′′ x 120′′
Precise Digital Knife Cutting
Multi-layer Cuts

Learn More About CNC Cutting

Overview of Precision Foam Skiving

Skiving entails pushing a solid block of polyurethane foam through the blade of a knife. The blade is actually a steel belt around 1mm (0.040″) thick with a very sharp edge, and is positioned horizontally above the machine table. To help the blade cut its looped over two drums that pull it perpendicular to the direction the block is moving. These two motions help the blade slice through the material, shaving off the thickness required.

Learn More About Precision Foam Skiving

Overview of Precision Slitting

Efficient manufacturing, whether of paper, cloth or foam, demands high volumes. To get the throughput, production lines are set up to make material in the widest possible widths. That’s why rolls straight from the mill, loom or foam producer are usually at least 72″ wide, sometimes much more.

Those rolls are convenient for shipping, distribution and storage, but for the end users, not so much. It depends on the application, but many want rolls that are somewhere between 1″ and 6″ wide. Getting to that width means slicing up the roll.

There are two ways of slitting wide rolls of material, rewind slitting and log slitting. Selecting the most appropriate depends on factors like the number of rolls needed, the type of material, and the edge quality sought.

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Overview of Adhesive Lamination

Adhesive lamination allows you to combine materials with various characteristics giving you a combination of the properties you need. Here are some examples of foam properties you can utilize with adhesive lamination:

Density
Insulating properties
Flexibility
Sound absorption
Durability
Compressibility
Abrasion resistance

Breathability
Permeability
Solvent and chemical resistance
Appearance and aesthetics
Buoyancy and weight
Flammability and fire retardant specs
Regulatory approvals such as FDA, UL, ULC

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Overview of Hot Wire Form Cutting

Hot wire form cutting is a process to “cut” polyurethane foam into desired shapes. It generally uses a thin wire bow that is heated to about 200 degrees by running current through it. When the heated wire comes into contact with the foam, it melts the area immediately surrounding it, creating a smooth, cut-like surface.

Learn More About Hot Wire Form Cutting