Corning Clean Air Products

Posted On September 20, 2022

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Corning clean air products are designed to remove harmful gases and particulate matter from the exhaust of a vehicle. While they may look like simple ceramic cylinders, they’re actually the result of innovative engineering and material science. They use a unique substrate with thousands of parallel channels to fight pollutants that cause smog. Each filter can capture thousands of soot particles per second. This allows for cleaner exhaust and better engine performance.

Corning’s high-efficiency particulate air filters

As a leading supplier of advanced cellular ceramic substrates and ceramic particulate air filters, Corning helps major gasoline and diesel vehicle manufacturers meet stringent emissions standards. In the early 1970s, the company created a cost-effective, high-performance cellular ceramic substrate that is used in catalytic converters around the world. In 1978, it introduced a cellular ceramic particulate filter that effectively removed soot from diesel exhaust. The company’s expertise in manufacturing, material science, and engineering helps customers develop market-leading emissions control solutions. This technology helps customers meet new emissions standards and contributes to cleaner air for all.

As particulate pollution continues to be a major concern, vehicle technology is also progressing to meet the regulations. For example, most gasoline-powered vehicles in China will be required to install a particulate filter in 2023 as part of new emissions regulations. With increasing collaborations with major automakers in China, Corning expects to develop a $500-million business in the near future.

Corning’s technology allows for a wide range of applications. Its diverse capabilities allow it to adapt and expand to meet the needs of its customers. Today, it serves markets in a variety of industries, including optical communications, mobile consumer electronics, display technology, automotive, and life sciences vessels. Its portfolio includes damage-resistant cover glass for mobile devices, precision glass for advanced displays, optical fiber, and connectivity solutions for state-of-the-art communications networks. In addition, Corning offers reliable products to advance drug discovery, and clean-air technologies for cars and trucks.

Until recently, the majority of commercial air conditioning systems required special-sized filters. However, because Owens Corning’s operations were focused on glass manufacturing, most contractors were unable to get prompt delivery of their filters. In an effort to help these contractors, Air Duct began to manufacture custom-sized filters in the New York area. The company also refused to sell filter media in bulk to contractors.

Corning’s substrates

Corning is a leading supplier of advanced cellular ceramic substrates and diesel particulate filters, supplying major automotive manufacturers around the world. The company invented the first high-performance cellular ceramic substrate in the early 1970s, setting the standard for catalytic converters worldwide. In 1978, it developed the first cellular ceramic particulate filter, which removed soot from diesel engine emissions.

The company’s newest clean air innovations, the Corning FLORA substrate, help catalysts to heat up faster and reduce harmful gases, even after the engine starts. This new clean air substrate is made from cordierite, a lightweight, low-expansion ceramic material. This allows for a lower mass while maintaining structural integrity.

Another benefit of FLORA substrates is that they can absorb heat more quickly than conventional substrates, allowing catalytic coatings to reach full efficiency faster. This can save fuel, as fuel is needed to warm up conventional substrates during cold starts. The FLORA substrates also feature durability that is unmatched by conventional substrates.

The emission regulations for diesel vehicles are becoming increasingly stricter all the time, and Corning is a huge beneficiary of this process. The company has increased production of these substrates to meet the demand. The company also employs hundreds of people at its Erwin, PA, manufacturing facility. Its work helps to improve air quality and protect the health of many people around the world.

Corning’s filters

If you’re looking for new ways to improve your indoor air quality, try Corning’s filters. The company’s filters for clean air are designed to reduce particulate matter in the air, a common air pollutant. These microscopic particles can be easily breathed in, causing a variety of health problems. In fact, particulate matter was a contributing factor in 3.8 million premature deaths globally in 2015. Corning’s filters for clean air use ceramic substrates to capture particulate matter and gases in the exhaust of vehicles.

In 2004, when the dot-com crash hit the market, Corning was a long way from mass-producing aluminum-titanate filters. Japanese filter makers had been raising prices due to a worldwide shortage of silicon carbide, which Corning was unable to meet. But a few years later, the company began selling these filters to automakers, including Volkswagen AG. Eventually, Corning began mass-producing the filters in its Erwin plant.

A number of countries have begun tightening emission standards for diesel vehicles, which has helped Corning expand its business. The company’s filters for clean air are designed to remove particulate matter from the exhaust of diesel engines. This means that they have a huge impact on air quality.

The company also acquired Air Lab, Inc. to produce high-efficiency filters. These days, Glasfloss filters are made in plants in Ohio and Dallas. The company’s filter operations are run by descendants of Horace Lange, who founded the company in 1883. He died in 1993, but his children continue to run the company. Doris Lange served as the company’s corporate president for a number of years.

The company is also investing heavily in research and development. It has spent $300 million in new research labs, and 1,700 scientists are working on hundreds of speculative projects. The company is currently developing next-generation lasers and optical sensors that could help speed up drug discovery. The company is also committed to avoiding outsourcing and owns 50 factories.

In addition to making a difference in the quality of air, Corning’s filters for clean air are also designed to reduce the amount of harmful light in the air. These filters can be found in cars and other places where clean air is essential.

Clean Air Products’ modular cleanrooms

Clean Air Products’ modular cleanrooms come with a wide range of options. Whether you need a temporary or permanent cleanroom, they will meet your needs. The company’s modular cleanrooms are built using a tubular steel framework. The modular design is easy to assemble and expand as needed.

There are two basic types of modular hardwall cleanrooms: recirculating and non-recirculating. Choosing the best type depends on the process and product requirements. Recirculating cleanrooms prevent outside air from mixing with the cleanroom environment and provide better humidity and temperature control. Recirculating cleanrooms also reduce the load of contaminants on the HEPA filters.

Pass-thru cabinets and benches are essential components of any cleanroom. Clean Air Products’ pass-thru cabinets are strong and easy to clean, while their clean benches are equipped with HEPA filters to provide a Class 100 (ISO 5) working environment. These cleanroom solutions are ideal for semiconductor fabrication, fiber optics production, and PCB manufacturing.

Clean Air Products’ modular cleanrooms are available in non-recirculating and recirculating versions. They also come in custom sizes, which means they can be customized to meet your needs. Whether you need ISO Class 5-8 cleanrooms, or just a simple, affordable cleanroom, Clean Air Products has a modular cleanroom that’s right for you. The CAP591 Vertical Flow Hardwall Modular Cleanrooms feature an enhanced performance and sleek design. They feature a large open span of 34 feet and interior clearance heights of eight to twelve feet. This modular cleanroom is suitable for a wide range of processes and is easy to set up and adjust.