It is essential to make areas where people gather as safe as possible and protect against the spread of coronavirus. Louvolite offers an additional layer of security with the introduction of Louvolite CoronaSafe™ treated Carnival and Carnival Blackout fabrics.
The unique formula offers proven protection eliminating 99% of coronavirus from the fabric’s surface within an hour. An hour! A tremendous result when, according to the internationally recognised medical journal, The Lancet, cloth can retain the virus for up to 2 days.
Where extra protection is needed, in hospitality, offices, care homes, healthcare sectors, schools, nurseries and in the home, use Louvolite CoronaSafe™ window blinds in Carnival or Carnival Blackout fabric. Why would you use anything else?
Louvolite CoronaSafe™ is independently tested.
Currently, the strain related to the pandemic poses a significant threat to people handling it outside of high-level research laboratories – it is therefore not available commercially for use in public test laboratories. In this case and like other outbreaks, such as SARS and EBOLA, the testing industry use a suitable surrogate to represent the target strain that would have representative results of a product’s performance.
To test against coronavirus the independent testing laboratory uses feline coronavirus as a surrogate organism, as it poses no risk to staff and shares a strong family design to the outbreak strain with only small differences in RNA. It’s currently used in other EN methodologies and has been tested in ring trials, proving to provide reliable and repeatable results.
This allows the test teams to confirm that any result on feline coronavirus would be representative of the results achieved on the pandemic strain, if it was tested, and that they are repeatable by other laboratories.
Louvolite Coronasafe™, helping protect against coronavirus.
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Louvolite offers an additional level of defence with Ultra-Fresh treated fabrics. This antimicrobial treatment offers proven protection from microbial attack by controlling the growth of unwanted microbes. When treated with Ultra-Fresh the fabric provides protection against the growth of odour causing bacteria, fungi, mildew and moulds. It also prevents stains that can be caused by bacteria and fungi resulting in fabric that is fresher and cleaner for longer.
Ultra-Fresh is recommended for use in the healthcare sector, care homes, catering facilities, schools and nurseries.
With a wide range of light filtering and blackout FR fabrics available for the commercial market, it makes sense to choose window blinds treated with Ultra-fresh where antimicrobial protection is of particular importance.
*Ultra-Fresh is a trademark of Thomson Research Associates, Canada
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Did you know that 16 million people in the UK suffer from hayfever? That’s 1 in 4!
Louvolite can provide some relief with our performance coating, Pollergen™. The formula coated on the reverse of the fabric de-natures up to 50% of grass pollen when the two come into contact. A deployed blind can dramatically decrease the amount of active pollen that can enter a room.
All Louvolite Pollergen™ treated fabrics can be washed or wiped down as the active formulation continuously migrates to the surface of the fabric for continued protection.
With approximately 2 million offices in the UK and nearly all of them including someone with a grass pollen allergy, the treated fabrics placed in offices, and that too of hospitals, restaurants and schools, help provide a better environment for concentration and productivity caused by hayfever.
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Louvolite SPC®, Solar Protective Coating, is applied to the reverse side of fabrics which reflects heat and light more effectively than conventional materials.
A benefit of the SPC® coating is it helps conserve energy in both winter and summer. SPC® retains heat in a room by reducing thermal loss through the window in winter and on summer days it reduces the heat build up through reflectance. A result can be reduced energy bills!
An additional benefit of the SPC® coating is its ability to decrease glare – ideal for offices, schools and commercial spaces using computers or projectors. The coated blinds can be raised, lowered or adjusted to reduce the glare while still obtaining a view of the outside.
Use SPC® coated blinds in offices, hotels, healthcare sectors, care homes, educational institutions, nurseries, restaurants, conservatories and orangeries.
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SPC® Low e
SPC Low e is a development from the original SPC which was launched in 1994/5.
SPC Low e improves the core benefits of the original SPC. The ‘e’ refers to emissivity. This is achieved by replacing one of the base items for SPC coatings – Mica, with glass bubbles; these glass bubbles are so minute that they become part of the coating formulation that is then applied to products which feature SPC Low e.
The Low e finish is a cleaner “white“ colour than the original pearlescent metallic finish of SPC. This whiter finish provides a better base for colours to appear cleaner. In addition the spheres help diffuse natural light resulting in a more even appearance across the fabric. Low e is of course still FR.
Primary benefits: SPC Low e coatings are more effective at reducing solar gain that traditional SPC – this is due to the higher reflectivity of the glass bubbles over and above traditional mica.
Low e also reduces thermal loss more effectively than typical coatings. This is due to the hollow nature of the glass bubbles which create a better thermal barrier than other finishes. In cooler and winter months SPC Low e reduces heat loss escaping to the colder outside, the low-e coating helps reflects heat back to the inside, reducing the radiant heat loss through the blind.
SPC Low E also offers higher reflective performance than standard SPC in its performance relating to the reduction of solar gain in warmer months.
An SPC coating provides a superior solar performance to fabrics without a special coating. These fabrics are particularly useful in situations where solar gain can be an issue. An SPC Low e coated fabric offers further enhanced protection against thermal gain or loss.
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