膜料種類介紹 Introduction to Architectural and Automotive Window Films
High Reflective Heat Rejection
鋁金屬層可強力反射太陽輻射熱,有效降低室內或車內溫度。
The aluminum metal layer strongly reflects solar radiant heat, effectively reducing interior temperature.
Excellent Infrared Rejection
對中遠紅外線具高反射效果,隔熱表現明顯。
Provides strong rejection of mid- to long-wave infrared radiation for effective heat control.
Metallic Mirror Appearance
外觀具明顯金屬反射感,可呈現鏡面或高反光視覺。
Features a metallic reflective appearance, offering a mirror-like or high-gloss finish.
Enhanced Privacy Protection
白天可降低外部可視度,提高隱私性。
Reduces exterior visibility during daytime, enhancing privacy protection.
Cost-Effective Solution
相較磁控濺射膜,製程簡單、成本較低,具高 CP 值。
Compared to magnetron sputtered films, it offers a simpler process and better cost performance.
Stable & Weather-Resistant
鋁層結構穩定,適合長期使用於汽車與建築玻璃。
The aluminum layer provides stable performance and good durability for long-term applications.
UV Protection
可有效阻隔大部分紫外線,減少皮膚與內裝老化。
Effectively blocks most UV rays, helping protect skin and interior materials.
Potential Signal Interference
金屬層可能影響 GPS、ETC、行動通訊訊號。
The metallic layer may interfere with GPS, ETC, and mobile communication signals.
Lower Visible Light Transmission
因金屬反射層設計,透光性通常低於陶瓷或濺射膜。
Due to its metallic reflective layer, visible light transmission is generally lower than ceramic or sputtered films.
High Heat Rejection with Non-Metallic Structure
採用奈米級陶瓷粒子,可有效阻隔紅外線熱能,達到優異隔熱效果,且不含金屬。
Utilizes nano-scale ceramic particles to block infrared heat efficiently, without using any metallic layers.
High Visible Light Transmission & Optical Clarity
在高隔熱表現下仍維持良好透光度,行車與居住視野清晰自然。
Maintains excellent visible light transmission and clear visibility while providing effective heat rejection.
Signal-Friendly / No Signal Interference
非金屬材質設計,不影響 GPS、ETC、行動通訊與無線設備。
Non-metallic construction ensures no interference with GPS, ETC, mobile, or wireless signals.
Superior UV Protection
可阻隔 99% 紫外線,保護皮膚並延長車內與室內裝潢壽命。
Blocks up to 99% of UV rays, protecting skin and preventing interior fading.
Low Reflectivity & Comfortable Viewing
內外反光低,減少眩光與夜間反射問題。
Low interior and exterior reflectivity reduces glare and night-time reflections.
Durable & Weather-Resistant
陶瓷材質耐高溫、不易氧化,長期使用性能穩定。
Ceramic materials are heat-resistant and oxidation-resistant, ensuring long-term performance stability.
Color-Stable & Fade-Resistant
不含染料,長時間曝曬不易褪色或變色。
Dye-free construction prevents fading or discoloration over time.
Low Interior Reflection for Night Driving Safety
夜間行車時內反光低,提升駕駛安全與舒適度。
Low interior reflectance improves night driving safety and comfort.
High Heat & Infrared Rejection
採用磁控濺射製程,金屬層排列精密,可有效反射與阻隔紅外線熱能。
Magnetron sputtering technology creates precise metal layers that efficiently reflect and block infrared heat.
Low-E Energy-Saving Structure
多層金屬與氧化層結構可降低熱輻射傳導,提升整體節能效率。
Multi-layer metal and oxide construction reduces radiant heat transfer, enhancing energy efficiency.
High Clarity with Low Reflectivity
在高隔熱效能下仍保持良好可見光透過率,視野清晰自然。
Delivers excellent visible light transmission with minimal reflectivity for clear and natural visibility.
Low Interior Reflectance
夜間室內反光低,減少鏡面感,提升居住與行車舒適度。
Low interior reflectance minimizes mirror effects, improving comfort especially at night.
Durable & Oxidation-Resistant
濺射金屬層緊密且穩定,耐高溫、耐紫外線,長期使用性能穩定。
The sputtered metal layers are dense and stable, offering excellent resistance to heat, UV, and oxidation.
Superior UV Protection
可阻隔高達 99% 紫外線,有效保護皮膚與車內、室內裝潢。
Blocks up to 99% of UV rays, protecting skin and preventing interior fading.
Low Signal Interference (Design-Dependent)
經優化設計後,可降低對 GPS、ETC、行動通訊訊號的影響。
Optimized designs help minimize interference with GPS, ETC, and mobile communication signals.
Premium Performance Film
性能表現介於奈米陶瓷膜與金屬鍍鋁膜之上,屬高階節能隔熱解決方案。
Offers performance beyond conventional metalized films, positioned as a premium energy-saving solution.
Infrared Reflective Heat Rejection
GR 膜透過紅外線反射原理,有效降低太陽熱能進入室內或車內。
GR film reflects infrared radiation to reduce solar heat penetration into interiors.
Noticeable Temperature Reduction
可有效降低車內與室內悶熱感,提升整體乘坐與居住舒適度。
Effectively reduces heat buildup, improving driving and indoor comfort.
Balanced Visible Light Transmission
在隔熱效果與透光性之間取得良好平衡,不影響日常視野。
Provides a balanced combination of heat rejection and visible light transmission without compromising visibility.
UV Protection
可阻隔大部分紫外線,降低皮膚曝曬風險並延緩內裝老化。
Blocks most UV rays, helping protect skin and prevent interior fading.
Reflective Film Structure
透過反射而非吸收熱能,降低玻璃本體溫升。
Reflects heat instead of absorbing it, reducing glass surface temperature.
Cost-Effective Heat Control Solution
相較高階磁控濺射或陶瓷膜,具備良好隔熱效果與親民價格。
Offers effective heat rejection at a more affordable price compared to premium sputtered or ceramic films.
Wide Range of Applications
適用於汽車玻璃、住宅窗戶與商業空間隔熱需求。
Suitable for automotive windows, residential glazing, and commercial spaces.
Signal Impact Depends on Construction
因反射層設計,對 GPS、ETC 或行動訊號影響程度依膜料結構而異。
Signal interference with GPS, ETC, or mobile devices may vary depending on film construction.
1️⃣ 高效隔熱
High Heat Rejection
有效阻隔紅外線熱能,大幅降低室內溫度與空調負擔。
Efficiently blocks infrared heat, significantly reducing indoor temperature and air-conditioning load.
2️⃣ 高透光、低反射
High Visible Light Transmission, Low Reflectivity
在保持良好採光的同時,降低鏡面反射,不影響視野。
Maintains excellent daylight visibility while minimizing mirror-like reflection.
3️⃣ 雙銀 Low-E 節能結構
Dual-Silver Low-E Energy-Saving Structure
雙銀金屬層可有效反射遠紅外線,提升整體節能效率。
Dual silver layers reflect long-wave infrared radiation to enhance overall energy efficiency.
4️⃣ 穩定耐用、不易氧化
Durable & Oxidation-Resistant
採用磁控濺射製程,金屬層穩定性高,使用壽命長。
Magnetron sputtering technology ensures high metal layer stability and long service life.
5️⃣ 低內反、舒適視覺
Low Interior Reflectance
夜間室內反光低,提升居住與行車舒適度。
Low interior reflectance improves visual comfort, especially at night.
6️⃣ 高隔紫外線
UV Protection
有效阻隔 99% 紫外線,保護皮膚並延長室內裝潢壽命。
Blocks up to 99% of UV rays, protecting skin and preventing interior fading.
7️⃣ 不干擾訊號
Signal-Friendly
非染料型、非厚重金屬膜結構,降低 GPS、ETC、行動訊號干擾。
Non-dyed structure minimizes interference with GPS, ETC, and mobile signals.
8️⃣ 適用多元場域
Wide Application
適用於汽車玻璃、住宅、商業大樓與建築節能應用。
Suitable for automotive, residential, commercial, and architectural energy-saving applications