Glass lamp shade for outdoor lighting
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BO-GLASS: Precision Glass Solutions for Outdoor Lighting Systems
BO-GLASS delivers precision glass solutions for outdoor lighting. With 20+ years of expertise, we provide certified components for architectural, garden, and underwater lighting. Our chemically strengthened glass withstands 5J+ impacts and 120°C thermal shock. We accelerate your timeline from rapid prototyping to reliable mass production.
Why manufacture
outdoorlandscape-lightingwith BO-GLASS?
ISO-Certified Quality
End-to-End Service
Expert Engineering
20+ years of outdoor lighting experience to optimize your designs.
Scalable Production
Rapid Delivery
Instant Quoting
What kind of outdoor lighting glass parts can we make?
BO-GLASS manufactures precision glass for outdoor wall, garden, in-ground, and underwater lights. Our chemically strengthened glass exceeds EU standards, withstanding 2J+ impacts and 120°C thermal shock. We support your project from prototype to mass production.
Underwater Lighting Products Utilizing Glass Covers/Domes
Water Fountain & Decorative Pond Lights
Marine & Dock Lights
Underwater Landscape Lighting
Submersible Linear LED Strip Light Housings
Aquarium & Ornamental Water Feature Lights
Garden & In-Ground Lighting Products Utilizing Glass Covers/Lenses
Inground Well Lights
Path & Marker Lights
Deck & Steplights
Flood & Uplights (for trees/architectural features)
Garden Bollard Lights
Landscape Mushroom Lights
Appliance & Instrument Lighting Products Utilizing Glass Covers/Lenses
Display Window Covers (for refrigerators, washing machines, smart home interfaces)
Internal Oven & Heater Inspection Lamps
Medical & Laboratory Equipment Status Indicators
Industrial Instrumentation Gauges and Readout Displays
Commercial Appliance Control Knob Illumination
HVAC System Interface Panels
Wall Washer & Wall Light Products Utilizing Glass Covers/Lenses
Wall Pack Lights (e.g., for security, area illumination)
Recessed & Surface-Mount Wall Sconces
Decorative Niche Lights (for accenting walls or artwork)
Bollard Lights with Side Illumination
Step & Recessed Deck Lights (for vertical surface mounting)
Outdoor lighting manufacturing capabilities
BO-GLASS offers a variety of manufacturing processes for the outdoor lighting industry.
Precision Glass Molding Services
Precision molded optical lenses, prisms and domes for medium to high-volume production.
See our Precision Glass Molding Services
Molten Glass Pressing Services
High-volume molten glass pressing for precision lighting components and industrial parts with superior surface quality.
See our Molten Glass Pressing Services
Custom Glass Cutting Services
Precision CNC waterjet & laser glass cutting for complex designs and various materials.
See our Custom Glass Cutting Services
Surface Lapping & Polishing
See our Surface Lapping & Polishing
Materials for Outdoor Lighting Glass Manufacturing
All our manufacturing processes offer a wide variety of material options. Below are some commonly used materials in outdoor lighting projects.
Borosilicate
Density (g/cm³)： ~2.23
CTE (10⁻⁶/K)： 3.3
Mechanical Properties：High hardness, good
Optical Properties (nd / Vd)：Varies
Chemical Resistance： Excellent
Applications： Labware, lighting, sight glasses
Key Advantages： Exceptional thermal & chemical stability
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B270
Density (g/cm³)： ~2.55
CTE (10⁻⁶/K)： ~9.2
Mechanical Properties：Moderate
Optical Properties (nd / Vd)：~1.5229 / 58.6
Chemical Resistance：Good
Applications： Consumer optics, lenses
Key Advantages： Cost-effective, general optical purpose
Get a product quote
Fused Silica
Density (g/cm³)： ~2.20
CTE (10⁻⁶/K)： 0.55
Mechanical Properties：High strength
Optical Properties (nd / Vd)：~1.4585 / 67.8
Chemical Resistance：Excellent
Applications：UV lenses, semiconductor, aerospace
Key Advantages：Ultra-low expansion, high UV transmission
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Soda-Lime Glass
Thermal Expansion (×10⁻⁶/K) :8.5 - 9.5
Softening Point (°C) :~700
Max Service Temp (°C):~120
Thermal Shock Resistance (ΔT °C):Low (~60)
Density (g/cm³)： ~2.5
Mechanical Strength (MPa)：~50-70
Acid Resistance (mg/cm²）： Good (Class 2-3)
Alkali Resistance：Moderate
Transmission (Visible Light)：> 90%
Key Characteristics：Low cost, easy to process
Typical Applications： Lighting globes, tableware, decorative items
Get a product quote
Low-Boro (Borosilicate 3.3)
Thermal Expansion (×10⁻⁶/K) :4.5 - 5.5
Softening Point (°C) :~780
Max Service Temp (°C):~180
Thermal Shock Resistance (ΔT °C):Good (~130)
Density (g/cm³)： ~2.3
Mechanical Strength (MPa)：~70-90
Acid Resistance (mg/cm²）： Excellent (Class 1)
Alkali Resistance：Good
Transmission (Visible Light)：> 90%
Key Characteristics：Good thermal & chemical stability
Typical Applications： Kitchenware, appliance windows, lab equipment
Get a product quote
Medium-Boro (Borosilicate 5.0)
Thermal Expansion (×10⁻⁶/K) :3.8 - 4.2
Softening Point (°C) :~820
Max Service Temp (°C):~230
Thermal Shock Resistance (ΔT °C):Very Good (~160)
Density (g/cm³)： ~2.2
Mechanical Strength (MPa)：~90-110
Acid Resistance (mg/cm²）： Superior (Class S1)
Alkali Resistance：Good
Transmission (Visible Light)：> 90%
Key Characteristics：High strength, lab-grade durability
Typical Applications：Pharmaceutical containers, high-quality lighting
Get a product quote
High-Boro (Borosilicate 7.0+)
Thermal Expansion (×10⁻⁶/K) :3.2 - 3.4
Softening Point (°C) :> 900
Max Service Temp (°C):~500
Thermal Shock Resistance (ΔT °C):Excellent (>200)
Density (g/cm³)：~2.1
Mechanical Strength (MPa)：~100-120
Acid Resistance (mg/cm²）：Superior (Class S1)
Alkali Resistance：Very Good
Transmission (Visible Light)：> 90%
Key Characteristics：Ultra-high temp & shock resistance
Typical Applications：High-power lighting, industrial viewports
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Colored Glass (General)
Thermal Expansion (×10⁻⁶/K) :~ Matches base glass type
Softening Point (°C) :Varies with additives
Max Service Temp (°C):~ Matches base glass type
Thermal Shock Resistance (ΔT °C):~ Matches base glass type
Density (g/cm³)：Typically higher
Mechanical Strength (MPa)：~ Matches base glass type
Acid Resistance (mg/cm²）：~ Matches base glass type
Alkali Resistance：~ Matches base glass type
Transmission (Visible Light)：Defined by colorant
Key Characteristics：Aesthetic/functional coloring
Typical Applications：Signal lenses, filters, architectural glass
Get a product quoteOur Custom Glass Fabrication Portfolio: See Our Success Stories
Explore our portfolio of bespoke glass projects. Each piece showcases our expertise in delivering precision-engineered custom glass solutions for clients across diverse industries and applications.
FAQ: Custom Glass Components for Outdoor Lighting
Can glass headlights be customized?
Yes, glass headlights can be customized with coatings, specific shapes, or designs to match a vehicle’s aesthetic or functional requirements, such as projector lenses or adaptive lighting systems.
Why are some automotive lights made with colored glass?
Colored glass (red, amber, or clear) is used for signal lights to comply with safety regulations and ensure clear visibility in all lighting conditions. The colors are fade-resistant for long-term performance.
Is automotive lighting glass impact-resistant?
Yes, tempered glass and laminated glass are highly impact-resistant, protecting the lighting system from debris, gravel, or minor collisions.
How do I clean automotive lighting glass?
Use a soft microfiber cloth with mild cleaning solutions to avoid scratches. For stubborn dirt, a non-abrasive automotive cleaner is recommended.
What are the advantages of using glass over plastic or polycarbonate for outdoor light covers?
Scratch Resistance: Maintains clarity and optical performance far longer than plastics.
UV Stability: Will not yellow or degrade from sun exposure.
Heat Resistance: Withstands high LED operating temperatures without deforming.
Premium Aesthetics: Provides a higher-end, durable feel and superior light diffusion.
How do you ensure your glass components can withstand harsh outdoor conditions?
Can you create a custom glass cover from our technical drawing or a sample?
What is your typical lead time for prototypes and mass production?
We prioritize rapid prototyping to accelerate your development cycle. Prototype lead times are typically 3-4 weeks, depending on complexity. For mass production, we provide a reliable schedule upon order confirmation, ensuring a seamless transition from prototype to volume supply.
Do your glass components meet international safety and performance standards?
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