Construction Case: Office/Public Facility - A New Station Building Creating New Value
Akarina Contract
A new concept blind for a new station building that creates new value.
A new station building embodies the desire to become an entry point that welcomes a free and positive mindset that challenges new things and creates new businesses. The office area from the 9th to the 22nd floor of this building has adopted the daylighting blinds "Akarina C" Reflect. Akarina C features: - Utilization of natural light for brightness - Durability as it does not bend - Suppression of heat and cold air These characteristics contribute to reducing maintenance costs and electricity usage, leading to lower running costs while also reducing environmental impact. In tenant offices, it is essential to accommodate various interior layouts of occupants. Therefore, the slats (vanes) selected for Akarina C are the Reflect model, which has the highest heat insulation performance. Reflect minimizes the transfer of heat and cold from windows compared to standard blinds, ensuring comfort even at window-side seats. *The daylighting blinds Akarina have different specifications, warranty contents, and services for corporate and personal use. The corporate version of Akarina is called Akarina contract (abbreviated as Akarina C).
Inquire About This Product
Related Videos
basic information
■ Material Slat (Horizontal) / Louver (Vertical): Polycarbonate Head Box (Horizontal): Steel Head Box (Vertical): Aluminum Alloy ■ Slat Width (Horizontal) 25mm ■ Louver Width (Vertical) 100mm ■ Possible Dimensions (Horizontal) Width 300mm~2800mm Height 500mm~3800mm (Maximum area below 7m²) ■ Possible Dimensions (Vertical) Width 300mm~4800mm Height 500mm~5000mm (Maximum area below 24m²)
Price range
Delivery Time
Applications/Examples of results
■ Delivery Results Office / Factory / Public Facility / Educational Facility / Financial Institution / Medical and Welfare Facility / Dental Clinic ■ Use Cases Digital Signage / Photo and Illustration Printing / Illumination
Line up（1）
| Model number | overview |
|---|---|
| Reflect | Solar reflectance rate 84.6%*. Almost no radiant heat is generated. *For the Reflect horizontal type |
catalog（8）
Download All Catalogs
Company information
The use of natural light has been practiced for a long time, and in Japan, shoji screens are a prime example. However, in recent years, there has been an increase in buildings that rely on artificial lighting without incorporating natural light during the day. While natural light has the disadvantage of being affected by weather and seasons, it excels in terms of openness, brightness, and quality of light. Our proposal is to create a space where natural light can be experienced more comfortably and pleasantly indoors. This is our concept of "Creating an eco-friendly and comfortable environment in harmony with natural light." Our main product, the Akarina C daylighting blind, captures natural light and transforms and diffuses it into soft light, brightening indoor spaces and reducing the need for artificial lighting. Additionally, its properties make it difficult for heat to transfer, minimizing the intrusion of direct sunlight and reducing temperature increases near windows. As a result, the air conditioning load is reduced, leading to energy savings. The high-durability and high-light-resistance slats are resistant to breakage and have a long lifespan. With an anti-static treatment, they are less likely to attract dust, making maintenance easy. The Akarina C is an economical and environmentally friendly product. *The Akarina daylighting blind is available in versions for businesses and individuals, differing in specifications, warranty content, and services. The version for businesses is called Akarina Contract (abbreviated as Akarina C).
![[Case Study Interview] Kajima Corporation](https://image.www.ipros.com/public/product/image/1339597/IPROS17165910882903407576.jpg?w=280&h=280)
![[Case Study] Panasonic Corporation Electric Works Division](https://image.www.ipros.com/public/product/image/1339597/IPROS4653485636954028352.jpg?w=280&h=280)