Filtro de luz Eurolite 51104695 turquesa 2,65 cm diâmetro 1190 mm profundidade

The EUROLITE turquoise lighting filter with a 2.65 cm diameter and 1190 mm depth is a color-correction and color-enhancement accessory for various lighting fixtures. Designed to produce a consistent turquoise hue, it modifies light output to create atmospheric effects for stage, studio, and event applications. The filter is compatible with fixtures that accept external color filters or gel holders and is intended for use where a narrow-diameter, elongated filter element is required.

Advantages

This lighting filter provides a stable, uniform turquoise coloration across the light beam without introducing significant hotspots or color shifts. Its compact diameter combined with extended depth allows for placement inside or in front of optical paths where space is limited. Constructed for optical clarity, the filter maintains luminous flux while producing the desired tint, supporting reliable color rendering for live performances and photographic use.

Suitable for

Key specifications

How to use

Install the filter according to the lighting fixture manufacturer’s instructions, ensuring the filter sits securely within the gel holder or filter slot and is aligned with the fixture’s optical axis. When placing the filter inside an elongated optical path, confirm there is sufficient clearance for the filter depth and that any mounting hardware does not obstruct the beam. After installation, power on the fixture and check the projected color at various distances to ensure the turquoise tint meets the scene requirements; adjust fixture focus or distance as necessary.

Recommendations

Use the filter in fixtures within their rated thermal limits and avoid direct contact with high-temperature lamp surfaces unless the filter material is rated for that heat. For color consistency, pair this turquoise filter with neutral density or diffusion elements as needed, and perform a brief test under actual working conditions to confirm color balance and intensity for the intended application.