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Your car can suffer from the sweltering heat of summer, dust and dirt flurry, and the occasional downpour.
High temperatures also prevent the air conditioner from operating at its best, which makes the situation much more uncomfortable.
Solar control glass is a complete solution for all heat-related problems. In addition to lowering interior temperatures, it also filters out dangerous UV and IR rays.
These laminated car windshields are made of two sheets of glass sandwiched together with a strong plastic interlayer, such as poly-vinyl butyral.
The plastic interlayer is combined with an additional layer that absorbs or reflects up to 99% of UV and IR radiation in solar control glass, which goes one step further.
Enhancing Fuel Efficiency Solar control glass increases fuel efficiency and reduces carbon dioxide emissions by reducing A/C usage by 10% to 15%.As a result, the burden on the air conditioner is reduced, which results in fuel savings.
Greater Comfort Although it is usually preferable, parking in the shade is not always an option.You must endure the pain until the heat builds up and dissipates.
The solar-coated windshield absorbs the infrared rays from the Sun that produce too much heat, lowering the interior temperature of the car and enhancing comfort inside.
Solar control glass for your automobile windshield is always advised by auto glass specialists like Windshield experts in Noida and other locations.
Longer Life of the Upholstery It becomes intolerable to sit inside the car or even grasp the steering after being in the sun for a long time.
The Global Automotive Solar control interlayer film market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
SEKISUI CHEMICAL launched S-LEC Automotive Solar control interlayer film, Heat-insulating microparticles are used in S-LEC Solar Control Film and are distributed uniformly.
This makes it possible to block UV and infrared radiation (with wavelengths of 1500–2100 nm), preventing skin irritation and a sharp rise in vehicle temperature.
S-LEC Solar Control Film-equipped windshields can lower steering wheel temperatures by up to 10 degrees when compared to those with regular windshields, especially during the summer.
Today, using a phone while driving is a requirement.
Radio waves are difficult for mobile phones and Electronic Toll Collection devices to receive because to the standard heat reflecting glass’s metal coating, which reflects radio signals. Major radio waves of all frequencies can pass through glass while being blocked by S-LEC Solar Control Film.
The Saflex S series superior solar absorption interlayer has been introduced by Solutia Inc., the world’s top producer of polyvinyl butyral (PVB) interlayer for laminated glass, for the global automobile glazing market. More rigorous CO2 emissions criteria must be met by the car industry in order to comply with international environmental rules.
The industry needs to find fresh approaches to develop automobiles that are more energy-efficient when taking into account the rising number of consumers interested in lowering their environmental footprint while retaining comfort and quality. When it comes to this, Saflex S series advanced solar absorption interlayers can be useful.
In addition to the safety advantages of laminated automotive glass, Saflex S series advanced sun absorption interlayers offer HVAC engineers a practical method to assist regulate the interior temperature of a car. A vehicle’s air conditioner may not need to run as frequently, improving fuel efficiency and cutting CO2 emissions.
This is accomplished by lowering the heat that is transmitted through the glazing. According to a field evaluation by the National Renewable Energy Laboratory (NREL) in the U.S. A 5 degree Celsius decrease in cabin temperature could result in a 3% boost in fuel efficiency.The energy utilised by the climate control system when cooling the car can be decreased with solar control film.
Through testing with electric cars, SEKISUI S-LEC demonstrated a verified cost savings of up to 20% on air cooling, which significantly helps EVs’ driving ranges.
In contrast to competing technologies, Saflex S series technology absorbs infrared radiation. In order to accept electronic equipment like GPS, mobile phones, and electronic toll collectors, these alternative technologies frequently have to rely on “deletion areas” or eliminated parts.
Electronic gadgets can still function effectively even when these parts have been removed; however, this may limit where consumers can use or store their devices in their cars and may lessen the glazing’s total solar effectiveness.
In comparison to reflecting technologies, the Saflex S series is more compatible with electronic devices, requiring less additional technical design and increasing efficiency.
In addition, Saflex S series solar absorption interlayer offers a high-performance and reasonably priced option for use in pure electric and hybrid vehicle systems. Saflex S series give car designers the possibility to utilise smaller, lighter air conditioning systems and enable electric vehicles to enhance the driving range for each charge by lowering cabin heat.
In comparison to the range of an electric vehicle with a standard full air conditioning load, studies by the NREL (National Renewable Energy Laboratory) show that drivers can increase their range by 15% to 25% under typical conditions by reducing the air conditioning load (by using a smaller air conditioner or using it less frequently).
