Bright Prospects For Multi-Channel Filtration Media

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< p > various production methods such as needling, melting and spraying to < a > nanotechnology < /a > can be adopted. The products can be used for heating ventilation and air conditioning (HVAC), water purification treatment, engine filter, clean room and complex life science rescue system, etc., and have gained a high market share.

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< p > according to the statistics of the United States nonwovens Association, the filtration market still showed better performance in the economic depression period, and the sales of air filter materials continued to grow, while the market of liquid filtration such as clean water and blood also increased significantly.

Affected by the requirements of various regulations on emissions and energy shortages, the rapid growth of automobiles, highways and infrastructure has led to a rapid increase in demand for all kinds of filter products.

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The changes in the consumer market and the progress of production technology have prompted the market to change the demand for filter media. The gradual expansion of the filter market has provided new opportunities for new entry, and also led to more intense market competition. P

Various production methods such as acupuncture, melt blown and nano technology can be used. The products have a high market share in heating ventilation and air conditioning (HVAC), water purification treatment, engine filter, clean room and complex life science rescue system.

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< p > NanoWave efficiency exceeds a > glass fiber filter material < /a > /p >

< p > consumers are paying more and more attention to fresh air, efficient fuel and drinking clean water. The development of filter materials will be more complex and the profits will be higher. In the filtration market, the application of new technologies can be seen everywhere, such as microfiber, nano and electret technology, which expands the application scope of Nonwovens Market.

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< p > Hollins worth and worth's new filter material Nanoweb has the same effect as membrane filtration, and is more economical and reasonable.

The multi-layer micron structure of the product can fully adapt to the latest diesel engine filtration system and meet the more stringent emission requirements in the future.

When Nanoweb is used for gas filtration, it can greatly improve the service life of the filter and reduce energy consumption. Combined with Hollins's unique nano technology, it can significantly increase the capture probability of dust particles when the pressure drop is minimal, and it is suitable for occasions requiring long term, high resistance and high volume of dust.

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< p > due to the newly issued HVAC EN779-2012 standard, Hollins worth's other product NanoWave has been greatly welcomed in the European market.

The product can be used for bag filter to achieve high efficiency filtration level, and its efficiency is higher than that of glass fiber filter. It can simulate the rigorous life test with discharge efficiency, and can be used in HVAC, gas turbine engines, air and liquid filtration and other products.

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< p > > a href= "http://www.91se91.com/news/index_c.asp" > synthetic fiber < /a > filter material development opportunity < /p >

< p > the product developed by American Lydall company is a new generation of water repellent and oil repellent micron grade fiberglass filter material, which can be used for pre filter under harsh conditions.

Because the power of 10%~20% in existing buildings is used to run HVAC, although the air quality is improved, a lot of energy is consumed.

Crosby, the marketing director of the company, said that in the future, the use of electret materials may not be used in the field of heating and ventilation of buildings, and the trend of using more expensive filter materials to reduce the consumption of fuel energy, including micron grade fiberglass filter materials, is the main product of the company and is constantly upgrading to reduce the pressure drop.

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Another important business of P is the fuel filtration market. Because of the use of ultra-low sulfur diesel and biofuel oil, a more efficient filtration system is needed to prevent damage to the engine. Some of the filter materials used previously failed to achieve good filtration results due to chemical compatibility problems.

Therefore, the company uses advanced micron glass fiber filter solutions to achieve finer filtration effect, which is limited to filter paper and melt blown nonwovens, and provides development opportunities for synthetic fiber filter materials.

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< p > the prospect of high performance filter material is bright. < /p >

< p > after a series of mergers and expansion, Finland OSLON has positioned its filtering business in two major areas, namely pportation and advanced filtering.

Last year, the filter business accounted for 20% of the company's total sales. Oslo has been optimistic about the filtering industry and continued investment. The company recently invested 17 million 500 thousand euros to build 1 saturable production lines in Italy. The production line adopts advanced control system to ensure the production of high quality filter materials.

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Besides, P also bought the Munktell Filter AB company in Switzerland last year.

Munktell is a company specializing in the production of life science and laboratory materials. It has production bases in Germany, and has established joint ventures and sales companies in France and the United States respectively.

The acquisition will invest 20 million euros, including the subsequent acquisition of minority shareholders, and Munktell will be merged into the Osho's filtering business.

The acquisition is one of the strategic development plans of Oslo's advanced filtering business. It is expected to make it a leader in the field of global life science and laboratory materials. It also shows that the company will accelerate the development of high-performance filters and fully believe in its future prospects.

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