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16.09.2021

Finavia: Antibacterial Coating Solution at Airport

Airport company Finavia will start using Finnish technology company Nanoksi Finland Oy’s coating solution at Helsinki Airport. The coating can be used to remove viruses and bacteria from airport surfaces and furniture.

“We are continuously keeping track of new methods and products to ensure a high level of hygiene at the airport. This nanotechnology-based coating, which is sprayed on contact surfaces and furniture, makes it easier to keep surfaces clean. The coating destroys pathogens with the help of light and air,” says Sami Kiiskinen, Finavia’s Vice President, Airport Development for Helsinki Airport.

The coating is sprayed on targets such as check-in counters, machines, departure gates and toilet facilities. The coating lasts for a long time, even though the furniture is wiped several times a day.

Airport company Finavia will start using Finnish technology company Nanoksi Finland Oy’s coating solution at Helsinki Airport. The coating can be used to remove viruses and bacteria from airport surfaces and furniture.

“We are continuously keeping track of new methods and products to ensure a high level of hygiene at the airport. This nanotechnology-based coating, which is sprayed on contact surfaces and furniture, makes it easier to keep surfaces clean. The coating destroys pathogens with the help of light and air,” says Sami Kiiskinen, Finavia’s Vice President, Airport Development for Helsinki Airport.

The coating is sprayed on targets such as check-in counters, machines, departure gates and toilet facilities. The coating lasts for a long time, even though the furniture is wiped several times a day.

The effectiveness of the Fotonit® photocatalytic coating developed by Finnish nanotechnology company Nanoksi Finland Oy has been confirmed by research at the University of Tampere. Photocatalysis can destroy 98% of pathogens such as influenza viruses in two hours. The coating has been awarded the Key Flag Symbol as an indication of its high domestic content.

21.05.2021

Alchemie Technology and HeiQ create sustainable textile finishing partnership

Alchemie Technology, a leader in waterless, digital on-demand, smart dyeing technology, has today announced its partnership with HeiQ, a leader in textile innovation, as it prepares the production rollout of its NOVARATM digital multifunction finishing solution to the global textile market in Q3 this year.

NOVARA can apply single-sided, or simultaneous two-sided, coating of multiple finishes to specific areas of textile. For example, combining anti-odour and water repellence in one material.

“For example, using NOVARA for single-sided finishing of HeiQ Viroblock required 52% less chemistry, 66% water reduction and 50% less energy, whilst achieving a 99.7% reduction in antimicrobial activity after 15 washes at 400celsius. With the huge demand for high-performance antibacterial, antiviral finishing for face masks, medical apparel, gym wear, home furnishing, mattresses, and textiles for high-risk, high traffic areas such as train, plane seats, and more, our combined technology is critical for increasing protection and reducing environmental impact of these products” says Dr Simon Kew, Managing Director, Alchemie Technology.

Alchemie Technology, a leader in waterless, digital on-demand, smart dyeing technology, has today announced its partnership with HeiQ, a leader in textile innovation, as it prepares the production rollout of its NOVARATM digital multifunction finishing solution to the global textile market in Q3 this year.

NOVARA can apply single-sided, or simultaneous two-sided, coating of multiple finishes to specific areas of textile. For example, combining anti-odour and water repellence in one material.

“For example, using NOVARA for single-sided finishing of HeiQ Viroblock required 52% less chemistry, 66% water reduction and 50% less energy, whilst achieving a 99.7% reduction in antimicrobial activity after 15 washes at 400celsius. With the huge demand for high-performance antibacterial, antiviral finishing for face masks, medical apparel, gym wear, home furnishing, mattresses, and textiles for high-risk, high traffic areas such as train, plane seats, and more, our combined technology is critical for increasing protection and reducing environmental impact of these products” says Dr Simon Kew, Managing Director, Alchemie Technology.

NOVARA also enables unique lifestyle product innovations at lower production cost for fashion, sportswear, technical clothing, and upholstery such as combining sustainable odour control, skin care additives, and fragrance finishing, without impacting breathability, hand feel or wicking. It is suitable for finishing all fabric types, from 50 - 1000 gsm, including polyester, cotton, nylon and polycotton.

AFFIX Labs/Franz Kiel GmbH: Anti-microbial coating for transportation industry (c) AFFIX Labs
22.04.2021

AFFIX Labs/Franz Kiel GmbH: Anti-microbial coating for transportation industry

AFFIX Labs’ durable semi-permanent surface coating Si-Quat, that is proven to kill 99.9% of bacteria and viruses, including SARS-COV-2, will be helping to make public transport safer as people around the world begin getting back onto buses and trains.

Si-Quat helps to prevent cross contamination with a durable layer of polymerized active ingredient that binds to walls, handles, furniture, and other key touch points, staying in place for up to 12 months and killing 99.9% of viruses and bacteria that come into contact with the treated surface. The coating has been tested and certified to be effective against bacteria, viruses, and fungi, and has passed the rigorous EN45545-2 HL3 flammability norm for trains and REG118.3 for busses.

Kiel has been manufacturing seating for public transport globally for more than 75 years and will be offering Si-Quat to clients as a new solution to protect travellers on their transport networks. With Si-Quat already registered on several continents a quick roll out is truly achievable.

AFFIX Labs’ durable semi-permanent surface coating Si-Quat, that is proven to kill 99.9% of bacteria and viruses, including SARS-COV-2, will be helping to make public transport safer as people around the world begin getting back onto buses and trains.

Si-Quat helps to prevent cross contamination with a durable layer of polymerized active ingredient that binds to walls, handles, furniture, and other key touch points, staying in place for up to 12 months and killing 99.9% of viruses and bacteria that come into contact with the treated surface. The coating has been tested and certified to be effective against bacteria, viruses, and fungi, and has passed the rigorous EN45545-2 HL3 flammability norm for trains and REG118.3 for busses.

Kiel has been manufacturing seating for public transport globally for more than 75 years and will be offering Si-Quat to clients as a new solution to protect travellers on their transport networks. With Si-Quat already registered on several continents a quick roll out is truly achievable.

Quelle:

EMG