VA Rapid Air Installation
We are here when you need us, seven days a week. You will receive the very best Commercial Rapid Air Installation & Repair service available. We service a 250 mile radius of Fishersville Virginia.
RapidAir Manufactures and Distributes the Best Compressed Air Piping Systems Available.
We are the #1 Most-Highly Recommended Rapid Air Compressed Air Installer in Virginia. We don't have voicemail. You will always speak with a live person, manager or technician, 24-7. Rapid response, quick quotes, competent service and installation are what we have become known for and you too can rely on.
Rapid Air Installation
Managing your RapidAir Installation Compressed Air Piping needs from start to finish!
REQUEST AN APPOINTMENT
Charlottesville Request
We are a Complete, Full-Service, RapidAir Installation Service Company for your Business!
We specialize in RapidAir Compressed Air Piping Installation

Reasons to get RapidAir Installation
- Dependable, Expert Customer Service
- Speak to a knowledgeable person 24/7
- Quality, Competent, Guaranteed Installation Service
- In-House Piping Design Services
- Air Compressor Repairs
- Air Compressor Rentals
RapidAir Compressed Air Piping is:
- Light Weight and Very Durable
- Corrosion and Abrasion Resistant
- Oil, Biofilm and Weather Resistant
- Unsurpassed Product Longevity
We service* all brands of Commercial Air Compressor, Piping, Vacuum, Blower & Electric Motor Equipment from:
* Our company ethics dictate that we will always advocate for repair before replacement. We have well stocked service vans and excellent, experienced technicians who are competent at repairing and maintaining your commercial appliances (not just replacing them).
Google Verified Reviews
Top Rated RapidAir Installation Mechanical Contractor
We Install Leak-Free Compressed Air Pipe Systems
Truth be told, we have been installing RapidAir Compressed Air Pipe Systems since 2015 and we have never had one call-back for any reason including but not limited to an air leak. However, we have been called back to add on to a system we installed.
Air Leaks in compressed air pipe systems are the major causes of energy loss. While the traditional materials used for piping are black iron, copper and plastic, there is a more environmentally friendly, cost-effective option like aluminum that will also give your system similar if not better performance. RapidAir Piping also features a unique lock-and-seal design for a leak-free system in all your applications. RapidAir Compressed Air Piping is the best alternative available because it offers the highest quality, performance, and durability compared to any heavy-duty air piping, but at at a fraction of the cost.
Air Leaks: the Main Source of Energy Loss & Equipment Failure in a Compressed Air System
In a compressed air pipe system, air leaks are the largest single source of energy loss. Leaks can affect as much as 20 to 30% of the system's energy consumption. They reduce equipment life and production capacity and; hence, are a very costly source of waste. While air leaks are the main source of energy loss, they also can cause productivity loss. They cause the system's pressure to fluctuate, which can reduce production rate and quality. Air Leaks can also reduce the service life of your compressors and equipment. In short, if your air compressor system has an air leak, it should be fixed or the section of the pipe system replaced
Black iron, Plastic and Copper are Traditional Piping Materials
When installing a compressed air pipe system, you should pay close attention to the material. Plastic is a good option when it comes to minimizing air particulates because of its smooth interior surface. Plastic is highly corrosion-resistant and relatively light-weight. However, it has significantly less strength and durability than its metallic piping counterparts. Plastic piping also degrade when exposed to oil, the biofilm of some bacteria, and the weather. However, plastic pipes do come with OSHA-approved cement that will hold a joint as strong as that of a metal pipe. Metal pipes are heavier than plastic piping, and they may require special tools to install. Plastic pipes are easy to fit and require only simple tools for installation. Plastic (PVC) also requires less labor compared to metals.
Copper is an expensive material but is very reliable. Copper is more difficult to work with, but it is aesthetically pleasing. However, soldering copper joints can be difficult and time-consuming requiring significant soldering expertise to make it air-tight. Another alternative is black iron piping, which can be purchased at most hardware stores. However, black iron piping is highly susceptible to corrosion especially from the inside out and; therefore, it can be the source of significant debris, air blockages and equipment failure.
RapidAir piping is an Environmentally Sustainable Alternative
RapidAir piping offers the performance and durability of heavy steel pipe without the costs and environmental impact of plastic systems. Its revolutionary lock-and-seal design offers leak-free systems in a wide variety of applications. Moreover, its powder-coated aluminum pipes and nickel-plated fittings have long-term versatility and durability. RapidAir Piping is available in six different sizes.
Compressed air pipe systems traditionally use materials such as copper, stainless steel, and galvanized steel. However, many companies have started to switch to aluminum piping for a variety of reasons. These benefits include increased longevity and cleaner air. Additionally, compressed air systems using RapidAir piping are more environmentally friendly than steel systems.
RapidAir piping is an extremely reliable alternative.
If you're looking for a high quality compressed air pipe system, RapidAir piping is likely your best choice. With a long history of designing air piping products, RapidAir is well-established in the industry. The brand's high-quality piping and accessories are known for their reliability and extended service life.
Questions to ask before you repair or replace a Commercial Air Compressor.
