Durable Optical Led Lighting Aspherical Led Lens For Beam Shaping

‌Durable Optical Led Lighting Aspherical Led Lens For Beam Shaping

Glass Material:

• Borosilicate Glass: Made of high-quality optical glass, typically a combination of silica (SiO₂), alumina (Al₂O₃), boric oxide (B₂O₃), and other trace elements to enhance durability and optical performance

Property

• ‌Durability‌: The lens exhibits high hardness and scratch resistance, ensuring long-term use without significant wear or degradation.
• Optical Clarity‌: Offers exceptional transparency and low dispersion, minimizing optical distortions and ensuring a clear, focused beam.
• Thermal Stability‌: Resistant to thermal shock and capable of maintaining optical properties over a wide temperature range, crucial for LED lighting applications.

Function

• ‌Beam Shaping‌: Designed with an aspherical surface to precisely control the distribution and angle of the LED light beam, creating a desired light pattern.
• ‌Light Focusing‌: Effectively focuses the light emitted by the LED, enhancing its brightness and intensity over a specific area.
• ‌Optical Efficiency‌: Minimizes internal reflections and light loss, maximizing the optical efficiency of the LED lighting system.

Application

• ‌Architectural Lighting‌: Used in architectural lighting systems to create focused, uniform light distributions that accentuate building features.
• ‌Automotive Lighting‌: Ideal for headlights, fog lights, and taillights, providing precise beam control and high visibility.
• ‌Stage and Studio Lighting‌: Employed in stage lighting and photography studios to shape and direct light for specific lighting effects.
• ‌General Purpose Lighting‌: Suitable for a variety of general lighting applications where precise beam control and high optical performance are required.

Advantages Over Spherical Lenses

• Compact Design: Single-element aspherical lenses reduce system size and weight vs. multi-lens setups.

• Energy Efficiency: Maximizes light utilization (up to 98% with AR coatings), reducing power consumption.