If you're looking for a long-lasting, durable toilet partition wall material, consider phenolic high-pressure laminate (HPL). They're available in a wide variety of colors and can be customized to your project's aesthetic.
They're also a fire-resistant option, which makes them a good choice for high-traffic restrooms. However, they are more expensive than solid plastic partitions.
Phenolic toilet partitions are highly durable and resistant to wear and tear, including fire. This is because they are made by saturating kraft paper with liquid resin and then heating and pressurizing it to create a strong, dense, and resilient material.
Moreover, they can be printed in a variety of unique colors and textures. This makes them a great choice for high-traffic public restrooms that need to stand up to heavy wear and tear.
In addition, phenolic partitions are also resistant to moisture and fire. This is important because it can help prevent costly damage to your building.
The durability of a toilet partition is an important consideration for any project. The right material for a bathroom partition can make a big difference in the lifespan of your partitions, as well as the overall cost of ownership.
Phenolic cubicle toilets are fire-resistant, making them safe to use in a variety of situations. They also resist impact, water, and humidity.
These solid core phenolic toilet stalls are highly durable, with a 25-year warranty. They're a popular choice for churches, office buildings and hotels.
They're also resistant to mold and mildew. This makes them ideal for public restrooms, but they should be cleaned frequently to prevent microbial growth.
Another advantage of phenolic bathroom partitions is that they're vandal resistant, making them ideal for schools and public transportation hubs. They can be painted with graffiti-resistant paint and are easily cleaned with non-abrasive cleaning products.
If you're not sure which type of material is right for your project, contact Partition Plus for more information. Our team of experts is ready to answer your questions and help you find the perfect phenolic bathroom partition for your facility. You can also request a quote for your next project!
There are a few options when it comes to toilet cubicles. Some are made from solid plastic or PVC, while others are made of stainless steel. Both of these materials are good looking with textured surface and can be used in various colors.
However, they aren't as durable as a phenolic board, which is one of the most durable toilet partitions on the market. It is resistant to abrasion, fire, water, and chemicals and can last for several years without deterioration.
In addition, it doesn't rust like HDPE or PVC, so it can stay in place even in high traffic areas. It is also ADA compliant, which makes it ideal for public restrooms.
This sanitary and attractive system features flush fronts, overlapping vertical door edges for a completely flush front and no-peek sightline system. It also has low floor clearance, so it can be installed in restrooms where privacy is a priority.
Phenolic cubicle toilet is a durable and long-lasting material which is ideal for restrooms, hotels, school or office. They are not easily scratched and are resistant to graffiti.
Despite their durability, they require occasional maintenance to keep them looking great. General cleaning with a soft cloth or a brush with mild detergents can help keep them in tip-top shape.
The surface of phenolic cubicle toilets is very easy to clean; however, you should avoid harsh cleaners that contain bleach or hydrochloric acid as these can damage the material. Smudges, fingerprints, and other residue can also be removed with a mild solution of warm water and a sponge or cloth.
Solid phenolic toilet cubicle toilets feature a core made from a multi-layer, resin-infused kraft paper that is then laminated with melamine. This adds an additional level of moisture resistance, which is a great benefit for areas that are located in humid climates. This makes them a great option for pool houses, showers and other wet environments.