Astro Pneumatic | Q-BULB | Quartz Bulb

Specifications

• Model Number: {manufacturers_part_number}
• Manufacturer: Astro Pneumatic
• Weight: 0.1 lbs
• Dimensions: 5.5 x 1 x 0.5 inches
• Type: Quartz Halogen Bulb
• Wattage: 500 Watts
• Material: Durable quartz glass for high heat resistance

Key Features

• Durable Quartz Construction: Engineered with robust quartz glass, this bulb withstands significantly higher temperatures and pressures than standard glass bulbs, ensuring reliability and longevity.
• Halogen Gas Technology: Incorporates halogen gas, typically iodine or bromine, which reacts with evaporated tungsten to redeposit it onto the filament. This process maintains bulb clarity and significantly extends its lifespan.
• High Illumination Output: Delivers a brighter, whiter, and more natural light with a higher color temperature, enhancing visibility and rendering colors more accurately.
• Compact Design: Its small size makes it suitable for integration into various optical systems and fixtures where space may be limited.

Applications

• Ideal for automotive lighting, including headlights and auxiliary lighting where intense, reliable light is crucial.
• Suitable for industrial equipment and specialized task lighting applications that demand high-performance illumination.
• Serves as a reliable replacement bulb for a wide range of fixtures requiring durable, high-intensity quartz halogen illumination.

Benefits

• Extended Lifespan: The halogen cycle actively preserves the filament, minimizing degradation and offering a much longer operational life compared to conventional incandescent bulbs.
• Consistent Brightness: Prevents the blackening and dimming commonly observed in other bulb types, ensuring stable and clear light output throughout its use.
• Enhanced Visibility: Produces a powerful, natural white light that greatly improves clarity and safety in diverse working or operating environments.
• Reliable Performance: The robust quartz construction allows the bulb to perform consistently in demanding conditions, resisting thermal shock and maintaining efficiency.