The Antari HZL-1 is a 1-liter bottle of premium oil-based haze fluid, specifically formulated for use with Antari's HZ series hazers, including models HZ-100, HZ-300, HZ-350, HZ-400, HZ-500, and HZ-1000. This high-quality haze fluid is designed to create a pure, translucent haze that enhances lighting effects and provides an atmospheric depth to any event or performance.
One of the standout features of the HZL-1 is its ability to produce a haze with a long hang time and low moisture content. This means that the haze will linger in the air longer without dissipating quickly, allowing for extended visual effects that can significantly enhance theatrical performances, concerts, and special events. The oil-based formulation ensures that the haze is smooth and consistent, delivering optimal performance across various applications.
The HZL-1 fluid is colorless and odorless, providing a clean haze effect that won't interfere with the overall ambiance of your venue. Its non-flammable nature ensures safety during use, while compliance with strict health and safety regulations provides peace of mind for users. Additionally, the fluid leaves no long-lasting residue or contamination, making it easy to maintain and clean up after your event, which is crucial for venues that require high standards of cleanliness.
Antari places a strong emphasis on quality, and the HZL-1 haze fluid is no exception. Formulated with the highest purity level, this haze liquid is designed to enhance the lifespan and reliability of your Antari hazers, ensuring they operate at their best while providing stunning visual effects. Made in Taiwan, the HZL-1 meets rigorous manufacturing standards, assuring users of its premium quality.
In summary, the Antari HZL-1 oil-based haze fluid is the perfect solution for those looking to create captivating haze effects in their productions. With its long hang time, low moisture content, and commitment to safety and cleanliness, this haze fluid is an essential addition for any lighting designer or event coordinator aiming to elevate their atmospheric effects.
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