Redesigning Your Aerospace Cleanroom

Redesigning Your Aerospace Cleanroom

A new project means new requirements, new equipment, and maybe even new staff and higher stakes. If you need to redesign your aerospace cleanroom to meet the needs of a new project, you want to make sure to make the necessary changes thoroughly and efficiently so you’ll be ready to start the next endeavor off on the right foot. Let’s go over what you need to know when redesigning your aerospace cleanroom.

Aerospace Cleanroom Redesign Process

Before you start tearing into your cleanroom redesign, it’s important to start the process on paper. This means you need to make a plan for how your new cleanroom will operate, and then lay out the steps to get there. To do this, you’ll start with your cleanroom classification to figure out what’s needed, adjust the space to fit your new requirements, and make sure your systems can support the changes.

Consult Your Cleanroom Classification

Looking at your cleanroom classification, see if your new project requires more control over the environment than it currently has. If your new project is more sensitive to risks of contamination, requires more space to fit larger equipment or products, or more control to protect the safety of your workers, a cleanroom redesign is necessary. 

When consulting your new cleanroom classification, specifically look at the areas of particle count, air changes, and ceiling coverage as it relates to your ISO class number. If you need to meet new classification requirements, these are the main areas you’ll need to address. Keep in mind that if your cleanroom is changing size or layout, your airflow pattern will need to be adjusted accordingly in order to make sure all of the air is being filtered and replaced efficiently in your redesigned cleanroom.

Plan Your Cleanroom Redesign Needs

Once you have a basic roadmap of the changes you need to make to your cleanroom, take a look at your current space. Do you have enough room for your new project materials, products, personnel, and equipment? Does the cleanroom need to be reconfigured for a more efficient layout, or do you need a new cleanroom entirely? These are great questions to answer in the planning stage of your cleanroom redesign, as you don’t want to get halfway through the process to realize your current setup isn’t working. 

When addressing your space requirements, remember that too much space could also be an issue. If your cleanroom is too large for your new project needs, you’ll still be using the same amount of energy to heat, filter, and light the space. Downsizing or condensing your cleanroom can help cut operational costs — impressing your investors — and reducing the space you’ll need to keep clean.

Upgrade Your Cleanroom Systems

To handle increased air changes or filtration demands, your systems may also need to change to reach new requirements. For example, if your cleanroom is increasing its air change rate, you may need to increase the percentage of ceiling coverage by adding more filter/fan units. If your new project will be more sensitive to temperature or humidity changes, you may need to upgrade to a more powerful HVAC system for greater environmental control. 

Keep in mind that, since all the systems within your cleanroom work together, a change to one system will likely mean an adjustment for another. For example, increasing your filter/fan units may take up space that your cleanroom lighting used to occupy, so you’ll need to look for a new lighting solution that works around your filtration system.

Cleanroom redesign is also a good time to check in on your equipment and systems for service and upgrades. Since the cleanroom won’t be in operation for a short time, it’s a good idea to get cleanroom maintenance tasks out of the way during this window.

Customizing Your Aerospace Cleanroom Redesign

Once your cleanroom redesign addresses the essential functions of your new cleanroom, you can begin to customize it with other items. These are the things specific to your new project that will make it a success, which could include:

  • Cleanroom furniture including workstations, tables, and storage solutions
  • Pass through chambers and gowning rooms
  • Extra systems like fire suppression or static control
  • Additional environmental monitoring controls 

Your cleanroom redesign should cover the basic needs of your new project, such as meeting your new cleanroom classification, but also allow you to meet the new demands with a more efficient layout, upgraded systems and additional features. A successful aerospace cleanroom redesign will plan out all the changes first, and implement them efficiently so you can adapt to the changes seamlessly and hit the ground running with your new project.

Need to resize or reconfigure your aerospace cleanroom? Angstrom Technology has you covered. Our professional cleanroom designers can help assess your needs and space requirements to find the ideal layout and air flow pattern for your application. We also can help upgrade your HVAC and filtration systems to match your new cleanroom redesign. Get in touch with us today to get started.

Aerospace Cleanroom Design Tips: Finding the Right Lighting

Aerospace Cleanroom Design Tips: Finding the Right Lighting

Lighting is a critical part of cleanroom design. This system allows employees to properly view what they’re working on, improves the efficiency of your cleanroom operations, and can even help identify contaminants to help keep your cleanroom clean. Which cleanroom lighting is best for your application? Let’s explore your options to help you decide.

How to Choose Cleanroom Lighting

You’ll want to choose cleanroom lighting that is as illuminating as it is simple to maintain and clean. Additionally, consider the way your lights are mounted and how they work with your overall cleanroom design to help you reach your cleanroom classification. The cleanroom lighting you choose must be highly efficient and contaminant-free. The fixtures and any mounting mechanisms must be able to be cleaned effectively and ensure no contaminants can enter the cleanroom.

LED Cleanroom Lighting

LED lighting is known to be more durable and longer-lasting, require less maintenance, and use less energy than incandescent lighting. Plus, LEDs are extremely bright, which is a useful quality for aerospace cleanrooms where a lot of illumination is needed.

Cleanroom Lighting: Useful Measurements to Know

When choosing cleanroom lighting, you’ll need to understand how lights differ by comparing their measurements. Here are a few useful measurements to know:

Watts: measures how much energy is required to power the light

Foot-candles: measure the distance light reaches, by square feet

Lux: measure the intensity of light produced, as interpreted by the human eye

Lumens: measure light output

Depending on the use of light in your cleanroom, you will use these measurements differently. For example, if work in your aerospace cleanroom is task oriented and needs light to focus on small parts, you’ll require brighter, more intense lighting that allows significant illumination of the work area without causing employees to strain their eyes. Conversely, work over a broader area that isn’t detail-focused will need to prioritize area coverage, but not necessarily intensity.

Mounting Cleanroom Lighting

How lighting is mounted is another important part of choosing the right fixtures for your cleanroom. When comparing lighting systems, consider how much space the lighting system will occupy on the ceiling, a factor that is especially important when ceiling space must also be shared with filtration and fan units.

The way your cleanroom lighting is mounted will also determine how you access it to perform service such as replacing bulbs, fixing wiring, or cleaning the fixtures. Lighting can be mounted so that it is accessible from inside the cleanroom, but keep in mind this means all servicing of lights will interfere with cleanroom processes. Lights can also be installed from above. The advantage of this is that accessing lights does not mean as much of an interruption for the room below, and keeps contaminants from entering from the lighting space. However, this option requires more space above the ceiling for access.

Types of Cleanroom Lighting

Each aerospace cleanroom will have specific lighting needs and varying amounts of available ceiling space. Because of this, there are many different types of cleanroom lights to choose from. Here are a few common types of cleanroom lighting:

Flat Panels 

Flat panels are mounted flush with the ceiling. They provide a lot of light and are easy to clean. Because of their wide panel design, this cleanroom lighting type requires more ceiling space compared to other options, which makes it less than ideal for cleanrooms with stringent filtration requirements.

Teardrop Lighting

More stringent cleanroom classifications prioritize ceiling space for fan units and filters. Lighting, therefore, is a secondary concern and must work around the filtration system. 

Teardrop lighting extends below the ceiling to allow for precious ceiling space to be used for filtration. The teardrop shape allows an uninterrupted flow of air around the lighting without creating turbulence. The disadvantage of teardrop lighting is that it takes up valuable headspace within the cleanroom environment.

LED Lighting Grid

Batten lighting, or lighting strips, are linear LED lighting which is integrated with the ceiling grid system. This allows adequate space for fan/filter units around filters. Wiring for the lights is also built into the grid system so it provides consistent light throughout space without taking up a lot of room on the ceiling.

Recessed Lighting 

Recessed lighting units sit in the ceiling on a gasket to create an airtight seal. While they leave plenty of headroom, recessed lighting requires extreme care when servicing to ensure no contaminants are trapped when light is accessed. In cleanrooms with extremely stringent requirements, recessed lights and filtration can be combined in singular units for ultimate space-saving capabilities.

Expert Cleanroom Design and Lighting Help

An expert cleanroom designer will make choosing cleanroom lighting easier. They can work with you and your specific application to determine which types of lighting and mounting options will best complement your design needs. An cleanroom expert can:

  • Help decide which lighting can be used to perform different tasks in your cleanroom — specific to your application and workers’ needs.
  • Help design lighting to fit around other features of your cleanroom design, including filtration and mounted equipment.
  • Allocate control panels where they are accessible and convenient for staff.
  • Choose energy-efficient lighting fixtures that will maximize productivity while minimizing operational costs.

Cleanroom lighting is an essential part of your cleanroom design and should work with all the other elements to make a high functioning cleanroom for your application. If you’re still unsure which lighting option is best for you, talk to a cleanroom design expert about your concerns and specific project requirements.

Need a little help designing your cleanroom? Call the experts at Angstrom Technology. From lighting to flooring, we can help you make the best choices for your budget and your application. 

HardWall vs. RigidWall Aerospace Cleanrooms

HardWall vs. RigidWall Aerospace Cleanrooms

When it comes to the high stakes of the aerospace industry, the type of cleanroom you choose matters. Your cleanroom structure defines the layout of your space and determines the level of control you can achieve over environmental factors like temperature, humidity, static, and pressure — and therefore whether you’re able to meet your cleanroom classification. It could also mean the difference for product safety, project flexibility, energy efficiency, and manageable operating costs. 

In short, your cleanroom structure is, well, everything. 

For aerospace cleanrooms, the level of control needed can be met with a HardWall or RigidWall cleanroom. While both may reach the cleanroom classification your application requires, there are differences between the two cleanroom types that could make one a better choice for you.

HardWall vs. Rigidwall Aerospace Cleanrooms

The decision between HardWall vs. RigidWall cleanrooms boils down to a few main aspects. The first and most critical aspect is how well the cleanroom can comply with the required classification. If you can’t comfortably meet this fundamental requirement, it could sacrifice your entire project. Secondly, you should also consider the adaptability of the cleanroom design to meet your industry’s needs, including specific requirements for your application, such as the equipment you’re using and other special features that are important to you. Finally, we have to compare how well the cleanroom holds up over time — not only considering its strength and durability but also how it can grow with you as your work evolves.

In aerospace cleanrooms, all of these aspects are important to a successful operation. Let’s take a closer look at HardWall vs. RigidWall aerospace cleanrooms to determine which is the best fit for your application. 

HardWall Cleanrooms

HardWall cleanrooms are made of prefabricated, modular panels. Depending on your application’s unique requirements and your cleanroom classification, your HardWall cleanroom design will include everything you need to get your project up and running.

HardWall Cleanroom Classifications

HardWall cleanrooms can comply with any cleanroom classification, even the most stringent possible standards of ISO Class 1. This cleanroom type can achieve extreme environmental control beyond particle count and air changes. In addition to management of temperature, static, and humidity, HardWall cleanrooms can be pressurized for extra contaminant protection. This cleanroom type will be able to meet the needs of any aerospace application.

HardWall Cleanroom Design

HardWall cleanrooms can be freestanding or incorporated into an existing building structure. Made using a coated aluminum frame with a prefabricated panel, HardWall modular cleanroom panels are constructed with high-quality materials to ensure control over contaminants while not introducing any contaminants themselves. They can be also installed around mounted equipment, use light from your building’s windows, and can even connect to an existing HVAC system. This feature of adaptability is especially useful in aerospace cleanrooms where oversize elements can limit design options. In addition, the modular cleanroom panels are fully modifiable to meet your application’s specific needs and requirements.

HardWall Cleanroom Durability

Heavy-duty HardWall cleanroom panels are built to last. Because they’re modular, HardWall cleanrooms can be rearranged, expanded, or condensed as your project needs change. Modifying, reconfiguring, or reusing your HardWall panels will not sacrifice their quality. They will continue to perform to your classification requirements with little maintenance required beyond your regular cleaning protocols.

RigidWall Cleanrooms

Unlike the utilitarian HardWall panels, RigidWalls are sleek and minimalist. Flat, clear panels allow easier monitoring of the cleanroom while also creating an attractive frame to show off your work to investors.

RigidWall Cleanroom Classifications

While RigidWall cleanrooms are able to meet the needs of many cleanrooms, they’re best suited for those with ISO Class 5-8 standards.

RigidWall Cleanroom Design

With your choice of acrylic, static-dissipative PVC, or polycarbonate wall panels, a RigidWall cleanroom will house your operations in a transparent, attractive style. RigidWall panels can be customized in size with heights up to 7-14 feet, and come pre-wired with outlets and switches to control lighting, fans, and equipment.

RigidWall Cleanroom Durability

RigidWall cleanrooms have a durability comparable to HardWall cleanrooms, and can offer slightly more flexibility and layout options. RigidWalls can be modified with some effort, or easily stored if you need to free space for something else. Panels are suspended from a strong ceiling grid which, when fully-secured, means the panels will maintain their shape and integrity over time. However, due to their minimalist design, they have fewer available features than HardWall panels.

If you’re still unsure whether a Hardwall vs. Rigidwall cleanroom is best for your aerospace application, talk to an expert. Taking a close look at your cleanroom classification and your facility’s requirements, an experienced cleanroom designer can help create the ideal space for your application, complete with everything you need to make your work a success.

Looking for a top-quality HardWall or RigidWall cleanroom for your aerospace application? Talk to a cleanroom design expert at Angstrom Technology.  Our RigidWall and HardWall modular cleanrooms are high-performance cleanrooms that give you full control over your environment. Angstrom Technology cleanroom design experts can work with you and your cleanroom requirements to design the best modular cleanroom for your work. 

3 Benefits of Positive Pressure Cleanrooms for Aerospace & Defense Industries

3 Benefits of Positive Pressure Cleanrooms for Aerospace & Defense Industries

Pressurized cleanrooms are used in a range of industries and applications. Varying levels of pressure determines the way air naturally moves in a space. High and low pressure, or positive and negative pressure, can be used as a tool in cleanroom environments to protect against entering contaminants (in positive pressure cleanrooms) or contaminant leakage (in negative pressure cleanrooms). 

We’re going to focus on positive pressure cleanrooms, how they work, and the benefits they offer to aerospace and defense cleanrooms


What are Positive Pressure Cleanrooms?


Positive pressure cleanrooms have greater air pressure in the cleanroom than the outside environment. In a positive pressure cleanroom, clean, filtered air is consistently pumped into the room through the HEPA filtration and cleanroom HVAC system. In the event that a door or window was opened in the cleanroom, air would rush out into the outside environment. 

This positive pressure ensures that in the event of a breach or leak in the cleanroom, the products and processes within the cleanroom are protected. Because the cleanroom has positive pressure, the air is forced out of the cleanroom, preventing contaminated or unfiltered air from seeping in. 

Positive pressure cleanrooms are most commonly used in applications where the cleanliness of the air within the cleanroom is more important than the air quality outside the cleanrooms. For highly technical applications like microelectronics, aerospace, and defense, where the tiniest particle can damage the quality of the manufactured product, a positive pressure cleanroom affords a number of benefits. 


3 Benefits of Positive Pressure Cleanrooms for Aerospace and Defense Industries


Positive pressure cleanrooms are beneficial to a wide range of applications. For microelectronics, they afford the cleanliness standard required to minimize damages to electronic components like microchips. For hospital and healthcare applications, positive pressure cleanrooms provide the controlled environment healthcare professionals need to keep patients safe. 

But outside these common applications, positive pressure cleanrooms also provide a wealth of benefits for other industries. Let’s look at three benefits of positive pressure cleanrooms for aerospace and defense industries:


#1 Maintain Cleanroom Classification


One of the key benefits of a positive pressure cleanroom for aerospace and defense industries is the cleanroom’s ability to maintain its classification. Because clean, filtered air is constantly being pumped into the cleanroom, it’s very difficult for contaminants or particles to enter. Particles must work against the flow of air to enter a positive pressure cleanroom, which helps to keep your cleanroom at its required classification. This ensures your cleanroom is able to regulate itself with ease, with minimal maintenance or upkeep from your staff. 


#2 Keep Out Debris and Particles


For aerospace and defense cleanroom applications, debris and particulate can be exceptionally damaging. When you’re working to manufacture sensitive products like microchips, defense products, aircraft, or even spacecraft, the smallest particle can affect the quality of the manufactured product. 

Positive pressure cleanrooms work to assist aerospace and defense applications by making it very difficult for debris and particles to enter the cleanroom. Even when an employee is entering a cleanroom or opening a pass-through, the positive pressure of the cleanroom forces the excess air in the room out, minimizing the potential for contaminated air or particulate to enter the cleanroom. This is particularly useful in research and manufacturing applications where a highly controlled environment is key to the success of the project or process. 


#3 Protect Sensitive Work


Many aerospace and defense applications deal with sensitive electronics and sensors and navigation system calibration. This type of work requires a well-controlled environment. Even the smallest particle can disrupt sensitive navigation systems or compromise the quality of a sensor or microchip. 

For aerospace and defense applications like this, a positive pressure cleanroom provides the necessary level of protection from contaminants. A positive pressure cleanroom is first developed to meet the application’s classification standards, and provides an extra level of protection thanks to the nature of positive pressure. 

In addition to meeting cleanroom classifications, the positive pressure cleanroom makes it much more difficult for debris and particulate to enter the cleanroom, protecting even the most sensitive aerospace and defense research, calibration, and manufacturing processes. 


Positive Pressure Cleanrooms Benefit a Variety of Aerospace and Defense Applications


Positive pressure cleanrooms are the ideal choice for a variety of aerospace and defense applications. From electronics and microchip manufacturing to aircraft and spacecraft production to navigation system calibration, there are a number of processes that can benefit from the extremely controlled environment a positive pressure cleanroom provides. 

Is a positive pressure cleanroom right for your application? Let the Angstrom Technology team know. We design, manufacture, and install cleanrooms for custom applications in the aerospace and defense industry and beyond. If you’re looking for a cleanroom that fits your unique application and cleanroom classification, we can help. Give us a call at 888-768-6900 or contact us online today for more information.


HVAC System Requirements for Aerospace Cleanrooms

HVAC System Requirements for Aerospace Cleanrooms

Aerospace cleanrooms require a high level of control. They can range from an ISO 14644-1 Class 5-7, which have vastly different requirements. At a minimum ISO Class 7, the cleanroom will require about 60-90 air changes per hour and need to filter out a range of particle sizes, including all but 352,000 of microns 0.5 or larger per cubic meter. The cleanroom’s filtration system, airflow pattern, and ceiling fan coverage all work together to reach these stringent cleanroom classifications. In addition to these components, there’s another system that is integral to maintaining control and supporting other factors of cleanroom design: the cleanroom HVAC system.

The aerospace cleanroom HVAC system effectively controls temperature, humidity, and ventilation within the space. It helps make sure all processes run smoothly and helps keep the cleanroom clean and efficient. Let’s explore the basic cleanroom HVAC requirements for environmental control of temperature, humidity, and ventilation, and how these three factors can play an important role in aerospace cleanroom operations.


Aerospace Cleanroom HVAC Temperature

A cleanroom HVAC system is crucial for controlling temperature within your aerospace cleanroom. It’s important to manage temperature, not only to keep employees comfortable but to maintain a stable environment. Some processes within aerospace cleanrooms generate significant heat and need to be balanced with proper cooling to prevent both staff and equipment from overheating. 

Temperature fluctuations could affect cleanroom operations if some equipment, parts, or materials are temperature sensitive. Some sensors or electronics will not function effectively in an unstable environment. Also, expanding and contracting as a response to temperature changes could affect manufacturing equipment or products and lead to failure.

The cleanroom HVAC system can fine-tune temperature to optimal levels and make adjustments as needed depending on operating needs and project requirements. NASA recommends an optimal temperature of 67-77°F in aerospace cleanrooms ISO Class 5-8. For less restricted aerospace cleanroom applications, higher temperatures up to 80°F are allowed.


Aerospace Cleanroom HVAC Humidity

Humidity can affect aerospace cleanroom operations from minor to major ways, from changes to paint drying time or consistency to the disruption of fine electrical parts or sensors. At a minimum, humidity in aerospace cleanrooms should be controlled to prevent condensation on surfaces, which could not only affect the performance of hardware within the cleanroom but also could attract surface particulates and contaminate products.

The HVAC system is responsible for regulating appropriate humidity levels within the controlled cleanroom environment. Humidity in an aerospace cleanroom should be 30% at minimum, and not exceeding a maximum of 50%.


Aerospace Cleanroom HVAC Ventilation

Proper ventilation is key to meeting stringent air change or air velocity requirements in an aerospace cleanroom. Optimal and consistent ventilation is essential for supplying the cleanroom with clean air, and is the foundation for all other systems to function effectively. Proper ventilation powers the cleanroom airflow pattern, limits airborne particles with the support of filters, and prevents surface particles from settling and contaminating the cleanroom environment.  

Airflow also creates a pressure differential. Positive pressure in aerospace cleanrooms helps prevent contaminants from entering the controlled environment, especially through small spaces in the structure around doorways, between panels, or other weak points. To achieve positive pressure, the cleanroom HVAC system will push more air into the cleanroom than is allowed out. Only a slight degree of pressurization is needed to achieve positive results.


Choosing the Right Cleanroom HVAC

Depending on your application, your aerospace cleanroom will have to meet a classification as well as specific industry requirements. These also stipulate control over environmental factors that could interfere with cleanroom operations. In addition to proper filtration and ceiling coverage of FFUs, your cleanroom HVAC system is important to maintaining a controlled environment. Establishing complete control over environmental factors like temperature, humidity, and ventilation, your cleanroom’s HVAC is a vital part to achieving project success. 

Depending on your application’s unique needs and cleanroom classification, a more powerful HVAC system might be required. Your capabilities within your cleanroom are determined by your collective systems’ ability to manage the environment, effectively change the air, and consistently remove particles to keep the space clean and contaminant-free. 

Is your existing cleanroom HVAC system powerful and efficient enough to meet your needs? Whether you’re shopping for a new HVAC or looking to update your existing one, Angstrom Technology can help! We understand aerospace cleanroom HVAC requirements and can help you get the most out of your system for full temperature, humidity, and filtration control. To have our experts assess your HVAC or go over your requirements for a new system, give us a call or reach out online.

5 Benefits of Hardwall Cleanrooms for the Aerospace Industry

5 Benefits of Hardwall Cleanrooms for the Aerospace Industry

Aerospace cleanrooms often require high levels of control, regulated by high cleanroom classifications. To achieve stringent standards, while allowing flexibility for project changes and environmental adjustments, some of the best cleanrooms for the aerospace industry are HardWall cleanrooms. Let’s look at five benefits HardWall cleanrooms can offer your aerospace projects.


HardWall Cleanrooms Are Stable

When working within a cleanroom environment, having control over environmental variables can make or break a project. That’s why a stable cleanroom is so important for all cleanroom applications, but especially for those with higher cleanroom classifications. At best, instability can make your work unpredictable and unproductive; at worst, someone could get hurt. To avoid these scenarios, you need a cleanroom you can trust to keep your products and people safe; one that will allow you to control your environment and limit contamination by unwanted forces or particles as much as possible.

HardWall cleanrooms offer the most stability of any modular cleanroom. Particularly for higher classification and specialized aerospace cleanrooms, this cleanroom type offers more control across a wide range of requirements. The sturdy floor-to-ceiling panels create a fully sealed space for total power over environmental factors like temperature, humidity, and pressure. If your cleanroom needs the ability to control minute differences effectively and conveniently, a HardWall cleanroom is the best choice for your project.


HardWall Cleanrooms Are Customized

The best cleanroom for any project is one that is uniquely suited to your application, yet also versatile enough to adapt to your needs as your work develops. With HardWall cleanrooms, you can have both. HardWall modular cleanroom panels are fully customizable for your application, equipment specifications, and cleanroom classification. The panels are hardwearing for heavy use and can conform to your desired level of control as you need it. 

In the aerospace industry, the customization is particularly valuable. If your project requirements change from development to manufacturing to assembly, your cleanroom can be modified to meet new standards. If you need to change your layout to accommodate larger equipment or hardware, HardWall cleanrooms are easy to adapt, add to, reconfigure, or even relocate to a new space. All cleanrooms are an investment, but with a Hardwall cleanroom, you get the most out of your money.


HardWall Cleanrooms Are Convenient

If you need to set up a project quickly, or just don’t want to deal with the hassle of building a cleanroom from the floor up, you won’t find a better quality or more convenient option than a modular HardWall cleanroom. Each modular panel is built to your specifications offsite to later be assembled with ease at your desired location. Working with an expert cleanroom designer, you can choose the ideal layout for your cleanroom and decide on important design features ahead of time. Modular cleanroom panels arrive prewired for efficiency, with insulation already built-in, so you can get your new aerospace cleanroom up and running as soon as possible. 

Once installed, HardWall cleanrooms are easy to maintain and clean. The stationary wall design is more convenient to sanitize than a flexible one, so you can feel confident in your cleaning results. Made of non-particle shedding and non-off gassing materials, your HardWall cleanroom will protect your work with little effort required, for as long as you need it.


HardWall Cleanrooms Are Durable

In the aerospace industry, the products you develop and manufacture are designed to endure some of the most extreme conditions. Shouldn’t your cleanroom be just as durable? HardWall cleanrooms are constructed with heavy-duty frames that can either be attached to the floor or suspended from a reinforced ceiling grid. The modular panels won’t sag or bend over time and are guaranteed to be a long-lasting, secure, and chemically-resistant solution.

Designed to stand up in the toughest environments, HardWall cleanrooms are perfectly suited for aerospace applications. With this kind of durability, your work and investment will be safe and well-protected.


HardWall Cleanrooms Are Adaptable

A major benefit of modular HardWall cleanrooms is that they are incredibly adaptable. Modular panels can be arranged and installed almost anywhere. If you want your cleanroom located within an existing room or structure, a HardWall cleanroom can be easily installed, no new build required. HardWall cleanrooms can either be freestanding, suspended from a strong ceiling grid, or attached to an existing building structure.

HardWall cleanrooms can adapt to your space seamlessly, with either a separate HVAC system or integration with your building’s existing systems. Your cleanroom can also utilize light from existing windows and be designed around mounted equipment and utilities. If your project requirements change, the modular panels can be reconfigured, expanded, or condensed to meet new classification requirements or accommodate new equipment or hardware.

These modular cleanrooms are so versatile and reliable, they have us wondering: What can’t HardWall cleanrooms do? If you’re looking for a top-quality cleanroom that will give you full control over your space with the added convenience of prefabricated modular panels, this cleanroom type is the best choice for your aerospace project.

Time to install a HardWall cleanroom in your facility? Let us know! Our team can help design and install the cleanroom that’s perfect for your application. To get started on your project, give us a call or reach out to us online.


types of cleanrooms