Our new material creates comfortable cooling while avoiding over reliance on using energy like electricity.
Protect important things from heat and allow everyone spend their days comfortable and safe.
Films

Main Features
(1) World’s highest level of reflectance and radiative cooling performance
(2) Maintains long-term effects with excellent outdoor weather resistance
(3) Flexible material that can be applied to various shapes
Product Overview
Product name and product number | size
(width mm× length m) |
thickness
(Чm) |
Weight (typical)
(g/㎡) |
Adhesive strength (stainless steel plate)
(N/25mm) |
Tensile strength (N/cm) |
growth
(%) |
---|---|---|---|---|---|---|
film
SCF-A25M-ONW SCF-A25M-ONS |
1,250×25 | 110
* Including release paper |
145
* Does not include release paper |
9
* 24 hours after application neglect |
51 | 30 |
* Release paper: High-quality paper-based white matrix release paper (back PE treatment) * Adhesive: Pressure sensitive re-release type acrylic
【Test Method】
Film thickness: According to JIS K 7130:1999. Adhesive strength: Conforms to JIS Z0237.
As a general rule, the numerical values for the characteristics are based on the test results at a temperature of 20°C and a humidity of 65%.
* Please note that the design and specifications of the product are subject to change without notice for improvement.
【Noncombustible Certification Number】
Passed the performance evaluation of non-combustible materials (metal plates, non-metal plates, aluminum plates) based on Article 2, Item 9 of the Building Standards Act (Act No. 201 of Showa 25). *³ ・NM-5427 (Synthetic resin film tension/non-combustible materials (excluding metal plates)) ・NM-5428 (Synthetic resin film tension/noncombustible materials (metal plates)) ・NM-5429 (synthetic resin film stretch/aluminum alloy plate)
*3 In order for this film to be recognized as a non-combustible certified product, it must be applied to the building materials listed in Ministry of Construction Notification No. 1400 "Matters for Determining Non-Combustible Materials" on May 30, 12 and the base materials listed in the annex of the certificate.
Building materials specified in Ministry of Construction Notification No. 1401 (quasi-non-combustible materials) and Ministry of Construction Notification No. 1402 (flame-retardant materials) and other quasi-non-combustible materials and flame-retardant materials will not be certified as noncombustible. Even if it is applied to a base material with makeup applied to the surface, it will not become a non-combustible certified product.
【Test Method】
Film thickness: According to JIS K 7130:1999. Adhesive strength: Conforms to JIS Z0237.
As a general rule, the numerical values for the characteristics are based on the test results at a temperature of 20°C and a humidity of 65%.
* Please note that the design and specifications of the product are subject to change without notice for improvement.
【Noncombustible Certification Number】
Passed the performance evaluation of non-combustible materials (metal plates, non-metal plates, aluminum plates) based on Article 2, Item 9 of the Building Standards Act (Act No. 201 of Showa 25). *³ ・NM-5427 (Synthetic resin film tension/non-combustible materials (excluding metal plates)) ・NM-5428 (Synthetic resin film tension/noncombustible materials (metal plates)) ・NM-5429 (synthetic resin film stretch/aluminum alloy plate)
*3 In order for this film to be recognized as a non-combustible certified product, it must be applied to the building materials listed in Ministry of Construction Notification No. 1400 "Matters for Determining Non-Combustible Materials" on May 30, 12 and the base materials listed in the annex of the certificate.
Building materials specified in Ministry of Construction Notification No. 1401 (quasi-non-combustible materials) and Ministry of Construction Notification No. 1402 (flame-retardant materials) and other quasi-non-combustible materials and flame-retardant materials will not be certified as noncombustible. Even if it is applied to a base material with makeup applied to the surface, it will not become a non-combustible certified product.
Main Applications

Outdoor equipment
Outdoor panels, storage batteries, cubicles, base stations
By installing it on the roof and exterior wall surfaces, it is expected to suppress the deterioration of electronic devices due to solar radiation and internal heat generation, and to reduce failure problems and maintenance costs.
By installing it on the roof and exterior wall surfaces, it is expected to suppress the deterioration of electronic devices due to solar radiation and internal heat generation, and to reduce failure problems and maintenance costs.

Transportation
Truck beds, buses, etc.
By applying it to the exterior of mobility and air conditioners, the inside of mobility is cooled, Fuel efficiency is also expected to improve by eliminating heat problems and improving air conditioning efficiency.
By applying it to the exterior of mobility and air conditioners, the inside of mobility is cooled, Fuel efficiency is also expected to improve by eliminating heat problems and improving air conditioning efficiency.

Membrane structures
Large-scale facilities such as factories, warehouses, airports, etc.
By installing on the roof and exterior walls, heat input due to solar radiation is minimized, and the interior space can be cooled with zero energy.
It improves air conditioning efficiency and is expected to save energy and reduce CO2 emissions.
By installing on the roof and exterior walls, heat input due to solar radiation is minimized, and the interior space can be cooled with zero energy.
It improves air conditioning efficiency and is expected to save energy and reduce CO2 emissions.

Temporary materials
Unit house, tent warehouse, container, etc.
By installing on the roof and exterior walls, heat input due to solar radiation is minimized, and the interior space can be cooled with zero energy.
It improves air conditioning efficiency and is expected to save energy and reduce CO2 emissions.
By installing on the roof and exterior walls, heat input due to solar radiation is minimized, and the interior space can be cooled with zero energy.
It improves air conditioning efficiency and is expected to save energy and reduce CO2 emissions.