In the coastal city of Lome, Togo, the combination of high ambient temperatures and intense solar radiation creates a persistent challenge for building energy management. The primary source of interior heat gain in this climate is radiant heat from the sun, which penetrates standard glazing and forces air conditioning systems to operate under continuous strain. For facility managers and property owners, addressing this specific heat transfer mechanism is critical for reducing operational costs and improving occupant comfort. Our Solar Control Film solutions are engineered to reject this incoming solar radiation at the glass surface, directly mitigating the primary driver of cooling load in Lome’s commercial and institutional buildings. By applying a high-performance window film, building owners can significantly reduce the solar heat gain coefficient (SHGC) of their existing glazing, achieving a barrier against thermal radiation without the expense of full window replacement. These films utilize advanced sputtering and reflective technologies to manage the full solar spectrum, blocking near-infrared and ultraviolet rays while controlling visible light transmission. The result is a measurable decrease in peak cooling demand and a more stable indoor environment. For businesses in Lome seeking a cost-effective method to enhance building envelope performance, the integration of Solar Control Film represents a strategic upgrade that aligns with both energy conservation goals and interior comfort standards. KASKI offers a range of certified films that meet rigorous performance specifications, providing a reliable solution for the unique climatic conditions of Togo. To understand the fundamental principles of solar heat gain and building energy efficiency, refer to the U.S. Department of Energy’s guide on window attachments and the National Fenestration Rating Council’s information on window film energy performance. These resources provide a technical foundation for the energy-saving potential of our films.
Core Advantages of Silver Reflective, Dual Reflective, and Sputtered Solar Control Films
The adoption of Solar Control Film in Lome is growing as the commercial sector recognizes its direct impact on operational expenditure. In a city where electricity costs for cooling can constitute a large portion of a building’s utility budget, the ability to reduce heat ingress through windows is a significant economic advantage. The market is shifting from basic tinting to engineered films that provide specific performance data, such as Total Solar Energy Rejected (TSER) and shading coefficient. Local architects and glazing contractors are increasingly specifying film as a retrofit solution for existing curtain walls and storefronts, particularly in office towers, hotels, and retail spaces. This trend is driven by the need to improve thermal comfort without disrupting business operations. For new construction, Solar Control Film is being integrated into the specification for glazing systems to achieve higher energy performance ratings. The development of this market is supported by a better understanding of film technology, moving beyond aesthetics to focus on measurable outcomes like UV protection and glare control. KASKI’s product lines are designed to meet these professional requirements, offering films that comply with international standards and are suitable for the specific glazing types found in Lome. For more information on our commercial film applications, please visit our Silver Reflective Film page.
Core Technical Advantages and Performance Parameters for Lome Applications
The technical performance of a Solar Control Film is defined by its ability to manage the solar spectrum. For the Lome market, where radiant heat is the primary concern, the following parameters are critical for specification.
Solar Heat Gain Coefficient (SHGC) and Shading Coefficient (SC)
The SHGC measures the fraction of incident solar radiation admitted through a window. A lower SHGC means less solar heat enters the building. KASKI’s Silver 10 film achieves an SHGC of 0.18, which is exceptionally low for a retrofit film. The Shading Coefficient (SC) is a related metric, with the same film achieving a value of 0.21. These figures directly translate to reduced cooling loads and lower energy bills. For Lome’s climate, specifying films with an SHGC below 0.30 is recommended for optimal performance.
Total Solar Energy Rejected (TSER)
TSER is a comprehensive metric that indicates the total amount of solar energy (UV, visible, and infrared) blocked by the film. Our Silver 15 film rejects 79% of total solar energy, while the Silver 30 film rejects 68%. This high rejection rate is the primary mechanism for reducing heat from radiation.
Ultraviolet (UV) Protection
All KASKI films provide >99% UV ray protection (280nm-380nm). This is essential for protecting interior furnishings, flooring, and artwork from fading and degradation caused by UV radiation, which is intense in Lome.
Glare Reduction
Managing glare is a key comfort factor in office environments. Our Silver 10 film provides a 93% glare reduction, significantly reducing eye strain on computer screens. The Dual Reflective DR25 film reduces glare by 75%, balancing visibility with comfort.
Emissivity and U-Value
While the primary focus is on heat rejection, our films also provide a modest improvement in winter heat loss reduction (e.g., 16% for Silver 10). The Emissivity of 0.54 for Silver 10 helps to stabilize interior temperatures by reflecting interior heat back into the room during cooler periods.
These performance parameters are certified and documented, providing architects and specifiers in Lome with the data needed for accurate energy modeling and building code compliance. For a complete overview of our film technologies, please visit the
KASKI main website.
English
Español
Français
Deutsch
Português
بالعربية
Bahasa Indonesia
Bahasa Melayu
Русский язык
Čeština
Nederlands
Italiano
日本語
한국어
Türkçe
Ελληνικά
Magyar
中文
فارسی
Română
ภาษาไทย
Tiếng Việt
