Rosco Roscolux Light Amber, 20x24" Color Effects Lighting Filter

Enhance your lighting design with the Roscolux Light Amber, 20x24" Color Effects Lighting Filter, a premium choice for photographers and videographers seeking to infuse their scenes with a bright, vibrant, and warm hue. This dynamic filter casts a light pink-amber tint, ideal for maintaining natural skin tones while adding a colorful ambiance to your images or videos. Crafted with Rosco's cutting-edge technology, this filter boasts an impressive transmission rate of 68% and a light loss of just - 0.6 stops, ensuring that your lighting remains both effective and efficient. The Roscolux series, known internationally as "Supergel, " stands as the most widely utilized filter range across the globe, a testament to its superior quality and reliability.

The filter's durability is a result of its innovative construction, where three distinct layers are melded through a tri-extrusion process. This design encapsulates the colored layer within two ultra-thin layers of clear film, significantly reducing dye migration and prolonging the filter's life, even under the intense conditions of hot theatrical lighting. Unlike ordinary color filters that are merely surface-coated, the Roscolux Light Amber filter is made from a blend of two robust plastics. Over 65% of the filter is composed of co-extruded polycarbonate, renowned for its resilience, while the remainder is crafted from deep-dyed polyester, ensuring that the filter resists fading and scratching far better than conventional filters.

Available in convenient 20x24 inch sheets, this filter is perfect for a wide array of lighting applications, from professional photo shoots to cinematic productions. For those in need of larger dimensions, the Cinelux line offers expansive rolls, ensuring that Rosco has the right solution for any creative vision. Choose the Roscolux Light Amber, 20x24" Color Effects Lighting Filter for a professional-grade tool that will elevate your lighting setup to new heights of artistry and performance.