High Pressure Laminate Partitions

HPL toilet partition components are typically constructed by applying thin layers of high-pressure laminate (usually around 0.039″ thick) to both faces of a core material, most commonly particle board. The total thickness of a component is determined by the core material thickness plus the thickness of the laminate layers and adhesive on both sides.

• Standard door thickness: 1-1/4″
• Standard panel thickness: 7/8″
• Standard pilaster thickness: 1-1/4″

These thicknesses provide a sturdy construction while maintaining a sleek, modern appearance. The use of HPL over a core material offers excellent durability and impact resistance, making it ideal for high-traffic commercial restroom environments.

Standard compact laminate is Class B fire rated. Class A fire rating is an additive option. Note that Class A is considerably more expensive. 

High Pressure Laminate partitions are often a good choice when surfaces must be free of germs. Some, but not all, high pressure laminate products can be manufactured with an antimicrobial coating. We recommend cleaning be done simply with soap and water, but most commercial cleaning products do not diminish material performance. 

High Pressure Laminate components can be manufactured with full custom and semi-custom patterns and colors, including images. Contact us if you are interested in exploring full custom prints.

Here is more information about high pressure laminate toilet partitions, for those wanting to go a little deeper. 

AKA (Also Known As)

High Pressure Laminate (HPL) partitions are known by various names in the industry. Designers and specifiers may encounter terms such as plastic laminate partitions, PLAM partitions, decorative laminate partitions, or laminate toilet partitions. These alternative designations all refer to the same durable and versatile material.

Edge Treatments

Edge treatment of HPL partitions is crucial for aesthetics and durability. Edge banding protects the core material and provides a polished look. Designers can choose matching edge banding for a seamless appearance or contrasting edge banding to create visual interest. This flexibility allows for customization to suit various design schemes.

Environmental Considerations

HPL partitions can be an environmentally conscious choice. Many HPL and core materials are recyclable at the end of their lifecycle. Low-emission options are available, certified for minimal volatile organic compound (VOC) emissions. HPL partitions can also contribute to LEED credits in several categories, supporting sustainable design goals.

Longevity and Wear Resistance

HPL partitions are known for exceptional durability. Their surfaces are highly resistant to scratches, impacts, and general wear and tear. The color stability of HPL ensures that chosen colors and patterns remain vibrant under normal use conditions, preserving the design integrity over time.

Climate Considerations

HPL partitions perform well across various climatic conditions. They are moisture-resistant, suitable for standard restroom environments. HPL maintains its structural integrity across typical indoor temperature ranges and offers good UV resistance. It also demonstrates excellent dimensional stability, with minimal expansion or contraction due to environmental changes.