School Facility Maintenance Plan to Enhance Education

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There are a lot of ways to improve the effectiveness of your educational institution. Better books, state-of-the-art equipment, and top-notch instructors are all terrific starting points, but what many administrators don’t think about is how the facility itself inhibits or enhances education.

With the proper maintenance plan, your school or facility can improve its ability to educate by providing a safe environment that promotes learning.

locker checklist

A School Facility Maintenance Plan Starts with Design

When designing a facility, it’s important to consider what materials you’ll use. These materials will dictate not only what kind of maintenance will be required down the road but also how much maintenance and how often it will need to be performed over the life of your facility in order to maintain a clean and safe environment.

Naturally, some materials require less maintenance than others. For example, metal is stronger than wood but is prone to denting and rust. Wood, meanwhile, is subject to rotting and chipping. Both of these are also easily scratched or defaced by graffiti.

HDPE plastics, on the other hand, are resistant to mildew, rust, scratching, denting, and even graffiti. Plus this heavy-duty material is easy to clean and requires little maintenance to stay in good working condition.

Practical Applications of HDPE in Your School Facility

The first way that HDPE can help to enhance education in your facility is by using HDPE lockers. As opposed to metal lockers, HDPE lockers provide a number of benefits. First and foremost, the lockers will never rust, making them ideal for facilities in areas that have a high level of moisture in the air. This also helps to prevent sharp or jagged edges that students could be injured by during a trip or fall.

Another benefit of HDPE lockers is that they’re significantly quieter than metal lockers. This helps to cut down on noise in the hallways and other places where lockers are present that might otherwise distract students from learning.

But HDPE isn’t only used for making lockers. Manufacturers also use it to produce vanities, bathroom partitions, shower stalls, dressing compartments, and more. On top of that, HDPE promotes a healthier environment, keeping indoor air quality high. Color is integrated throughout, meaning no harmful painting and no volatile organic compounds emissions.

A Safer Facility for Enhanced Learning

It’s no secret that people learn best when they feel safe. With HDPE materials, administrators can operate an educational institution with less risk of rust, mildew, air pollutants, and other potential hazards. This results in an overall safer environment that promotes learning. Not only that, but HDPE can also significantly lower your maintenance costs compared to other materials.

If you’d like to learn more about HDPE applications and how they can reduce your maintenance requirements while increase education capabilities, download the free eBook The Ultimate Guide to HDPE Plastic Lockers. We provide a wide selection of HDPE brands, from lockers to bathroom vanities and more, to help to improve the quality of your facility.

Components to Consider When Designing College Campus Locker Rooms

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locker

 

Designing a college campus locker room is no easy task. There are a lot of things to consider, like how to circulate foot traffic through the space and what kind of materials to use for the lockers, vanities, and stalls. Making sure to run through these concepts during the design phase will help to ensure a well-planned and high-functioning locker room that students will love.

Now let’s take a closer look at some of the major components to consider when designing a locker room.

school locker room

Locker Room Amenities

Although most people think of lockers and showers when picturing locker rooms, and for good reason, they aren’t the only amenities you want to consider. For instance, dry and wet vanities are an important component of any well-built locker room. These vanities provide students an ideal place to shave or apply makeup.

Traffic Circulation

It’s not enough to design a locker room with showers, bathrooms, and changing space. The flow of the locker room should make sense and inhibit a good flow of traffic. The main path should have enough room for two people to pass each other, and access to dry areas from wet areas should be somewhat direct and close while still providing an adequate level of privacy.

Lockers

Determining how many lockers to have inside your locker room depends on a variety of factors. For one, how many people can your facility accommodate? The next thing to consider is the number of students you reasonably expect to be using the lockers. A result of busy student life may find more students arriving dressed to work out and then returning home to change and shower.

In the end, it will be a mixture of user necessity and space availability that will determine how many lockers to provide.

Showers

Most designers know that the shower area should be tiled to provide a moisture-resistant surface, but not just any type of tiles will do. You need to make sure that they have a proper slip-resistant texture to prevent accidental falls. Smaller tiles, about one square inch or less, are usually best.

For the shower stalls themselves, you might consider using a highly durable plastic that’s resistant to mildew and rust.

Choosing the Right Materials

There are plenty of options when it comes to materials for your college campus locker rooms. However, given its often-humid nature, certain materials fare better than others. For example, wood can be extremely prone to mold, mildew, and rotting when exposed to moisture, making it a poor choice for shower stalls or wet vanities.

Another popular option because of its durability is metal. However, metal is prone to rusting and denting, which means you’ll need to replace it later on down the road.

HDPE plastic, on the other hand, is highly durable and resistant to virtually all locker room hazards. In fact, HDPE has been tested to resist rust, scratches, dents, mildew, corrosion, and even graffiti.

To learn more about choosing the right material for your college campus locker room, download the free eBook 7 Crucial Mistakes Architects Make When Choosing Bathroom Partitions or Locker Materials.

9 Things to Consider Before Designing Your Commercial Bathroom

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Commercial bathroom design involves a lot of moving parts, all of which need to be considered before implementation if your design is going to be worth building. The most important factors to consider before designing your commercial bathroom include the number of users, durability, water savings, and serviceability. You also need to consider initial and operational costs, Americans with Disabilities Act (ADA) standards, materials, and building codes.

Though it might seem like a lot of balls to juggle, making sure to discuss these nine components will help you ensure that your commercial bathroom design is a winner.

1.    Number of Occupants

The number of people you expect to be using your commercial bathroom will greatly alter its final design. For example, a bathroom at a major sports complex will need to accommodate more occupants to avoid excessive queuing than a commercial bathroom located at a small family doctor’s office.

Understanding the expected amount of demand or use will help you to determine how large to make the restroom, how many commercial bathroom stalls or urinals to include, how many sinks or hand drying fixtures you’ll need, and so on.

commercial bathroom design

2.    Durability

There’s no doubt that building owners want the commercial bathrooms to be durable, but what level of durability is being required? For instance, a wooden bathroom vanity provides some durability. However, wood is highly susceptible to water damage from leaky pipes, scratches, graffiti, and other damage.

Meanwhile, materials such as high-density polyethylene (HDPE) provide exceptional durability. HDPE is resistant to dents, unlike metal, as well as scratches, mildew, graffiti, and more. HDPE also reduces environmental impact and offers improvements to the indoor air quality of the bathroom.

3.    Water Savings

The choice of water-using fixtures is an important one because it will determine both initial and long-term costs for the facility. For example, the average toilet uses 1.6 gallons of water each time it’s flushed. A high-efficiency toilet, on the other hand, uses 1.28 gallons. If a toilet is flushed 10 times each day, the average unit would use 5,840 gallons a year while the high-efficiency unit only used 4,672.

A bathroom with three high-efficiency toilets could save roughly 3,504 gallons of water per year compared to a commercial bathroom with three standard toilets.

4.    Serviceability

Should damage or a major plumbing problem arise, you’ll want to make sure that your restroom is easily serviced. That way a qualified repair team can quickly fix the problem and get your bathroom up and running again. This may be achieved by adding a service panel on the other side of the wall where workers can reach pipes or wiring.

5.    Initial Costs

Understanding the initial costs of your project will help you to better determine how to design it. How much will it cost to purchase materials? Provide installation? Inspection fees? These initial costs will ultimately help to define the budget for your project, which could dictate your final design. For example, it may be more cost-effective to add more urinals and fewer toilets in the men’s room.

6.    Operational Costs

After you take into account the initial costs of building the bathroom, you should consider the long-term operational costs. This can include the cost to provide lighting and electricity, water, and the cost for maintenance and repairs. One way to keep operational costs down is to use high-quality, durable materials for fixtures and vanities.

7.    Americans with Disabilities Act (ADA) Accessibility

For your design to meet ADA guidelines, you need to have them in mind when developing your commercial bathroom. This can include many parts of the restroom, including the entrance. For example, a labyrinth-style entrance should have enough room for a wheelchair to pass through with room to spare on either side.

8.    Economic Quality of Fixtures Used

Will your design use the good, better, or best materials available? Good materials are often low in price but may require frequent maintenance or provide a low level of durability. The best materials, on the other hand, typically provide a higher initial cost but require less attention in terms of maintenance and repairs. HDPE, for instance, is extremely durable and long lasting, making it a popular material for commercial restroom projects.

9.    Local Codes

Before you start designing a commercial bathroom, you want to know what the local codes and regulations are. This will significantly impact what you can and can’t do in terms of design. Failure to consider the local building and occupancy codes could result in denied building applications and potential legal issues in the future.

Learn more about the many HDPE products available for your commercial bathroom design.

How to Remodel a Commercial Bathroom

Remodeling a commercial bathroom is a big job that’s best left to a professional contractor. After all, the new design and materials chosen will significantly impact the efficiency, security, and privacy of the restroom.

A facility that’s been carefully designed not only improves the experience of those using it but also those who operate the facility. Not to mention that a properly remodeled bathroom can help keep initial and reoccurring costs down.

When considering a commercial bathroom remodel, here are some things to keep in mind.

1. Design Your Facility’s Bathroom’s Entrance and Exit Flow

If part of your commercial bathroom remodeling projects includes the entrance, now is a good time to consider how the entrance is affecting traffic flow and queuing.

For example, a bathroom that can be locked from the inside may cause unnecessary queuing.

Here’s how: A locked bathroom may have one person in the stall and two waiting by the door. Meanwhile, an unlocked facility could have one person in the bathroom stall, one washing their hands, and one drying their hands. In the second scenario, queuing is at a minimum and the facility is operating at optimal efficiency.

Many commercial bathrooms implement a labyrinth-style entrance, which gets rid of the door altogether. This style of entrance is preferred for several reasons:

  1. Limits the spread of germs by reducing the number of surfaces patrons come in contact with.
  2. Reduces misuse since the sound of criminal activity is more likely to be detected and there’s no door to serve as a warning that security personnel are entering.
  3. Improves traffic flow, assuming that the width of the walkway is wide enough to allow two lanes of traffic.
  4. Allows management to intervene if occupant fails to respond after an excessive period of usage, something that is more difficult when dealing with a bathroom that’s locked from the inside by the occupant.

For maximum efficiency, you may consider using a separate entrance and exit. This allows traffic to flow in and out without patrons having to squeeze by or accidently bump into one another.

2. Coordinate Bathroom Fixtures

The selection and placement of the many fixtures is an important part of your commercial bathroom remodeling project.

Mirrors, for example, will need to be placed strategically to provide maximum privacy and security. A properly placed mirror can give occupants a direct sight line to the back of the restroom. A mirror that’s place thoughtlessly, on the other hand, could accidently give a clear view from outside the bathroom to an area that was intended to be private, like the urinals in a men’s restroom.

While placement is certainly worth considering, material is also an important factor when selecting the right fixtures for your bathroom. A well-made bathroom vanity that’s resistant to damage could help to lower your operational costs and protect your remodeling investment.

HDPE material is a high-grade plastic that’s resistant to scratches, dents, corrosion, mildew, and graffiti. This durable material is easy to clean and can be used for vanities and bathroom partitions.

Plus, HDPE can be designed in a wide variety of colors and textures to best match the décor of your facility.

Contact Scranton Products to learn more HDPE and their collection of cost-effective commercial bathroom fixtures.

Unknowingly Hazardous Items at Your Child’s School

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locker

Although teachers, administrators, and staff do their best to make American schools a safe place for children to learn and play, there are some dangers that simply can’t be avoided. What’s even more precarious is that many of these dangers seem fairly innocent, playing a mundane role in the daily lives of school children.

In an article published by HealthGrove, experts used data from the US Consumer Product Safety Commission to evaluate the most dangerous items involved in school-related injuries reported between 1997 and 2014. The resulting list of 20 items included some unsurprising offenders, such as scissors (No. 19) and paint (No. 17). However, at No. 8 on the list, an average of 7,558 injuries each year involved something much more commonplace. The culprit: ordinary lockers.

Lockers: A Hidden Danger to Children?

Although many people might have fond memories of their high school locker, hanging pictures of their favorite bands or celebrity crushes, a surprising number of injuries each year involve these convenient hallway hideaways. In addition to impact injuries, metal lockers pose another serious threat: tetanus. Even in areas not subject to excessive moisture, rust can form on metal lockers and cause additional damage as the rust spreads.

Slowly, the rust will deteriorate the locker, leaving behind sharp edges that can easily cut or injure a student. This is one reason why many schools are transitioning away from traditional metal lockers and looking toward newer and less harmful materials. One possible answer lies in HDPE solid plastics.

A New Kind of Locker for Your Child’s School

Unlike metal lockers, lockers made from high-density polyethylene (HDPE) are resistant to rust and corrosion. These non-porous lockers are also resistant to odors, dents, mildew, and even graffiti, making them not only safe but cost-effective for school officials. Lower maintenance costs mean those budget dollars could go toward programming or purchasing school supplies.

In addition to possibly reducing the number of injuries and helping schools save on their yearly budget, HDPE lockers are quieter than metal lockers, reducing noise in the hallways between or during classes. And some lockers made from this durable material are GREENGUARD Gold Certified, making them safe for the environment.

What Is GREENGUARD Certification?

GREENGUARD Certification means that the certified product has met some of the highest standards for low emissions of volatile organic compounds (VOCs) into the air indoors. According to the GREENGUARD website, the “Gold standard includes health based criteria for additional chemicals and also requires lower total VOC emissions levels to ensure that products are acceptable for use in environments such as schools and healthcare facilities.”

All of the brands produced by Scranton Products, including their HDPE lockers, are GREENGUARD Gold Certified. This certification increases the safety level of these lockers as a terrific replacement for traditional metal lockers found in many schools.

Contact Scranton Products for more information about their building solutions.

Building Better Maintenance Operations: How to Optimize and Streamline Your Processes

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Maintenance Worker

Managing facilities and working in maintenance operations means you’re always looking for ways to improve and be more efficient. On one hand, you want to make sure that the people utilizing your facilities are happy and getting the most out of them. On the other hand, you want to make sure that you’re reducing costs where possible.

It can be difficult to take a step back and ensure that your operations are running efficiently, but taking a look at maintenance operations best practices can help you to reevaluate your facility.

According to Facilitiesnet.com, there are several crucial items that facility managers need to accomplish to achieve improved operations. Take a look at these tips below to find out how you can optimize and streamline your maintenance processes.

Create a Preventative Maintenance Plan

Developing a preventative maintenance program is crucial in facilities management. One of the main goals of this is to establish consistency throughout the facility among maintenance employees. Facility managers often fail to set up a preventative maintenance plan because it can be time consuming, but it’s definitely worth establishing. Your plan can decrease equipment downtime and repair costs while also eliminating the premature replacement of tools. Preventative maintenance also improves safety for everyone involved in it.

When creating your plan, start with critical equipment and systems, such as utilities and the major HVAC system. Have your technicians weigh in on the plan as well by looking at and touching the equipment.

Hold Regular Meetings

Keeping an open line of communication between managers and maintenance employees is crucial for operations to run smoothly. During these regular meetings, all parties involved should discuss what’s currently happening in the facility and what the plans are for the future.

Hold these meetings on the same day of the week at the same time of day every time so it becomes a habit for employees to attend. Make sure that everyone knows that attendance is required.

Always have an agenda for every meeting. Briefly summarize what was covered in the meeting the previous week, discuss what’s going on during the current week, and review plans for the upcoming week.

Empowering and Enabling Technicians and Staff

Facilitiesnet.com says, “By making workers better reactive maintenance technicians, managers allow them to complete more reactive work, which frees up a little bit of extra labor to begin the good stuff.” It’s important to make sure that your technicians and staff are properly trained to complete the jobs required of them.

Provide them with additional training so they’re continuously working on sharpening their skills, which will lead to better results. In addition to ensuring that they have the proper training, it’s also important to provide them with the tools they need to do the job properly.

Your maintenance operations can always be improved on to optimize your process and make the day-to-day easier.

If you’re looking for attractive, durable materials for your facility, click here to find out where to buy Scranton Products.

Should Hospital Scrubs Be Worn Outside Hospitals?

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Scrubs

A 2012 study from the University of Michigan School of Nursing found that nurses’ work uniforms had an average bacteria colony growth of 5,795 per square inch after just one night shift. Dayshift nurses’ uniforms had an average bacteria colony growth of 1,246 per square inch, which, although significantly lower, may still be a cause for concern.

With the frequency of infections from antibiotic-resistant bacteria on the rise and the alarming results of the university’s study, experts are now wondering if hospital scrubs pose a serious threat to the general public. Healthcare officials meanwhile have the task of deciding whether stricter policies and regulations should be implemented.

Germs and Hospital Scrubs: A Biological Fashion Statement

According to biologist Jonathan Eisen of the University of California-Davis, medical care facilities tend to be hot spots for bacteria and other potentially harmful organisms. Once inside a building like a hospital, scrubs can become contaminated quickly and begin collecting bacteria. The fear is that those contaminated scrubs, once worn outside the hospital, can potentially transmit bacteria to other objects and people.

However, that’s not to say medical care facilities are blind to the potential threat. In fact, many even have specific policies concerning wearing scrubs outside the hospital, especially when it comes to scrubs worn in the operating room or other specific areas of the building. The downside is that these rules are usually poorly enforced or ignored altogether by healthcare workers.

This leaves healthcare officials to wonder how they can effectively enforce a new policy for changing out of scrubs before workers leave the building. The answer, it seems, may actually lie in the facilities themselves.

In Search of a Low-Cost and Sanitary Solution

One way that healthcare officials can help to prevent workers from wearing scrubs outside the building is to provide comfortable and convenient spaces where workers can change before and after their shifts. These changing rooms can easily be designed as a series of stalls, much like shower stalls, making them both efficient and private. They can also be cleaned easily by the building’s janitorial staff.

By simply giving workers an area where they can easily change in and out of their scrubs, healthcare officials may have an easier time enforcing safety policies and preventing the possible spread of potentially harmful organisms.

More on Dressing Compartments

Dressing compartments can be made in a variety of colors and textures in order to provide a design that compliments the facility’s existing décor. These compartments, made from high-quality performance plastics, also resist dents, scratches, and corrosion, with little need for maintenance or repairs, which makes them an ideal investment for expenditure conscious officials.

To learn more about these durable dressing compartments, click here. Scranton Products uses high-density polyethylene (HDPE) plastic in the making of their compartments, which means they’re not only tough, but they also have a low environmental impact. And their GREENGUARD Gold Certification means they’re safe enough for use in healthcare facilities.

The True Cost of Keeping Your Facility Lit

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Lighting in School When creating the plans for one of your facilities, one of the main things you’ll be considering is the electricity that the building will require. This is important so you can determine the costs of electric bills and stay in line with regulations.

According to Facilitiesnet.com, “Upgrading lighting systems in institutional and commercial facilities to next-generation lighting technologies can deliver energy and maintenance cost savings of more than 50 percent while maintaining or improving lighting quality.”

It’s easy to underestimate the amount of money that will be spent keeping your facility lit, but it’s crucial to get to the bottom of the true cost. It’s also important to explore how to reduce these costs by understanding lighting control strategies, common equipment types suitable for new and existing buildings, and applicable energy code obligations.

What to Consider When Choosing Lighting Systems

When considering lighting systems, it’s important to make the best decision about which lighting control devices to incorporate. These devices allow you to make a decision about controlling the output. The input can be manual and a person can adjust it or they can be automatic, based on time, occupancy, light levels, or instructions. Utilizing this strategy and controlling the data can provide a light energy cost savings of up to 38%.

Learn more about these different controls to make a more informed decision.

Manual controls: Users can turn lights on or off or reduce the amount of lighting based on how much they need. Being able to adjust the amount of light increases customer satisfaction as well as energy savings. Manual controls are ideal for personal work spaces, private offices, and group work spaces.

Time-based controls: Time-based controls turn lights on and off at a certain time to save energy and maintenance costs. This works best in spaces that are occupied on a steady schedule, allowing the manager to adjust the controls accordingly.

Occupancy-sensing controls: These controls turn off or reduce the lighting based on the occupancy in the room. Occupancy-sensing controls are best used in spaces that people occupy periodically.

Tips for Lighting Maintenance

The lighting in your facility will also require regular maintenance. There are certain maintenance tips that can help to increase the life of your lighting fixtures, thus resulting in decreased costs.

Replacement lamps: When you’re swapping out old lamps with replacement ones, it’s imperative that you make sure that you’re using the correct ones. They may look the same but can perform differently. Always double check before going on appearance.

Clean fixtures regularly: Dust accumulates quickly on light fixtures, which can diminish their output. Make sure that you have them professionally cleaned at least once a year.

Check pre-set controls: Having set controls is beneficial and can drastically reduce the cost of energy bills, but it’s important to make sure that the controls are set properly. If they don’t match up to the original performance requirements, users may end up unhappy, which can cause them to get rid of the controls.

Keep these tips in mind when considering the lighting for your facility.

If you need high-quality materials for your facility, consider Scranton Products, which are created with HDPE plastic. Click here to find out where to buy Scranton Products.

Identifying and Resolving Energy Inefficiencies in Your Building

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Energy Costs One of the main concerns when managing a facility is keeping energy use in check for several reasons, one being cost and the other regulations. But eliminating excess energy usage is easier said than done.

So what are facility managers doing to measure their energy usage and detect problems caused by energy waste? Keep reading to learn more.

Utilizing Diagnostic Tools

Maintenance departments utilize diagnostic tools so technicians can identify problems that can potentially be costly. Recently, a new-generation technology “offers technicians a higher level of sophistication and ease of use,” according to Facilitiesnet.com.

Examples of the diagnostic tools are infrared imagers and electrical test equipment. They offer additional benefits such as reducing energy waste that relates to HVAC and electrical systems.

Facilitiesnet.com describes infrared thermography as “a non-destructive, non-contact technique that uses an infrared detector to map thermal patterns on the surface of an object. They operate on the principle that any object with a temperature above absolute zero emits heat.”

Using the infrared technology can determine issues that are occurring in the building that the human eye cannot detect, such as heat loss, water leaks, air leaks, moisture intrusion, and construction defects. Thermal imaging can even pinpoint areas where the highest amount of heat is being lost. This can help facilities identify the areas and rectify the situation to prevent further energy loss.

Developing Energy-Saving Strategies

With buildings and facilities taking up so much energy during both the construction phase and the post-construction phase, it’s important to put strategies in place that will conserve energy. An article on Facilitiesnet.com discusses Todd Isherwood, who works with the City of Boston’s facility managers, energy department, and budget office for more structured energy efficiency goals and strategies.

One of his job responsibilities is determining how to reduce energy use in Boston’s buildings in the best way possible. He focuses on Boston’s aggressive greenhouse gas emission goals, which are 25% reduction by 2020 and 80% by 2050 compared to 2005 levels. He always must consider the Building Energy Reporting and Disclosure Ordinance, which “requires all non-residential buildings greater than 50,000 square feet to report energy and water use to the city.”

Isherwood works on reducing energy use in Boston’s buildings by gathering data, standardizing systems, and doing retrocommissioning and energy audits. His next steps include identifying projects then creating energy performance contracts, which is part of an initiative called the Renew Boston Trust.

Once you determine your goals and put your strategies in place, you’ll be able to start seeing the money that’s being saved from energy efficiency.

If you’re a facility manager looking to install eco-friendly products in your facility, click here to find out where to buy Scranton Products. These products are made of HDPE plastic, so the materials are sustainable and good for the air quality in your facility.

How to Care for Your Commercial Bathroom Vanities

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Mahogany toliet partition lr

Keeping your commercial bathroom vanities clean is an important part of owning a building. It’s important not just for health sanitation reasons, but also because the chemicals used to clean bathrooms can saturate the surface of the vanities and cause severe damage.

Proper care is vital if you want your vanities to last for years to come, so it’s important for your cleaning staff to understand the correct care and cleaning procedures when it comes to your commercial bathroom vanities.

Note that not all bathroom vanities are made of the same material. Different materials may have different restrictions when it comes to cleaning. The recommendations below are deemed safe for most vanity surface types.

Basic Commercial Bathroom Vanity Care

Commercial bathrooms receive a significant amount of use compared to private or domestic bathrooms. So while many people may clean their bathrooms at home maybe once a week, it’s recommended that commercial bathrooms be cleaned daily to prevent the spread of germs and bacteria. Daily cleaning will also help to prevent the vanities from being damaged by water, soap, or chemicals.

A clean bathroom can also help to prevent physical damage to your vanities that can be caused by a trip or fall.

Recommended Cleaning Products

  • Bon Ami
  • Dishwashing soaps such as Dawn, Ivory, or Joy
  • Fantastik®
  • Formula 409®
  • Mr. Clean
  • Scrubbing Bubbles®Bathroom Cleaner
  • Windex®

In addition to using cleaners that are safe on the vanities’ surface, it’s also important that your team uses sponges or soft cloths when cleaning. Heavy-duty scouring pads or other abrasive cleaning agents could damage or dull the surface of the vanities.

DO NOT USE

  • Ajax
  • Ammonia or cleaners containing ammonia
  • Bleach
  • Comet
  • Scratch pads
  • Soft Scrub
  • Steel wool/brushes

In addition to avoiding these possibly harmful cleaning products, it’s important that other precautions be taken in order to care for your commercial bathroom vanities. For example, don’t drop sharp or heavy objects onto the vanities, and make sure that the faucets are in good working order. A leaky faucet can do a lot of damage if left unfixed. However, not all vanities require the same amount of care.

For example, commercial vanities made from high-density polyethylene (HDPE) are remarkably durable and relatively easy to maintain. They resist dents, scratches, corrosion, mildew, and even graffiti, which makes them a perfect fit in any commercial restroom. On top of that, HDPE products are safe for the environment and your building.

HDPE Bathroom Vanities

HDPE bathroom vanities provide building managers with a worry-free solution that saves both time and money. Their high resistance to damage means these vanities need little to no maintenance, and their non-absorbent plastic build makes them easy to clean without worry of damaging the finish.

These vanities can be purchased in any number of styles, with plenty of colors and textures to choose from. If you’re a facility manager looking for a cost-effective approach to commercial bathroom vanities, click here to find out where to buy Scranton Products.