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  • Custom Narrow Bandpass UV IR Cut Glass Optical Filters
  • Custom Narrow Bandpass UV IR Cut Glass Optical Filters
  • Custom Narrow Bandpass UV IR Cut Glass Optical Filters
  • Custom Narrow Bandpass UV IR Cut Glass Optical Filters
  • Custom Narrow Bandpass UV IR Cut Glass Optical Filters
  • Custom Narrow Bandpass UV IR Cut Glass Optical Filters
Custom Narrow Bandpass UV IR Cut Glass Optical Filters
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Custom Narrow Bandpass UV IR Cut Glass Optical Filters

  • 1 - 9 Pieces
    $50
  • >= 10 Pieces
    $30

Customization:

Size Design(Min.Order: 1 pieces)

Custom Narrow Bandpass UV IR Cut Glass Optical Filters

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Precision Light Filtering: Designed to transmit narrow wavelength bands while blocking UV and IR radiation, ideal for applications requiring spectral isolation.
  • Material Durability: Crafted from high-clarity K9 glass with advanced hard coatings (IAD hard coating), ensuring resistance to scratches and environmental wear.

Key features

  • 1. Material Technology

  • With K9 glass and IAD hard coating, ensure exceptional optical clarity and durability against scratches and environmental wear.

  • 2. Interactive Design

  • With a precision-engineered modular design, seamlessly integrate into diverse optical systems for hassle-free setup and adaptability.

  • 3. Performance Parameters

  • With narrow bandpass filtering and UV/IR cut capabilities, achieve 95%+ transmission efficiency in target wavelengths while blocking 99.9% of unwanted UV/IR radiation.

  • 4. Scenario Solutions

  • Ideal for precision imaging applications such as scientific research, industrial machine vision, or high-end photography, ensuring accurate light filtering in demanding environments.

  • 5. Certification Standards

  • Manufactured to meet ISO 10110 optical component standards for precision and reliability, ensuring compatibility with global industry requirements.

Product details

Custom Narrow Bandpass UV IR Cut Glass Optical Filters

The Custom Bandpass Filter UV IR Cut Narrow Band Pass Glass combines precision optical engineering with versatile design, offering tailored solutions for light filtration in imaging, sensing, and decorative applications. Crafted from high-clarity K9 glass with advanced coatings, these square panels block unwanted UV/IR radiation while transmitting narrow spectral bands, ensuring optimal performance in diverse environments.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialK9 optical glass (90% transparency)High-precision optical systems
CoatingHard coating + IAD hard coatingUV/IR blocking in harsh industrial settings
Transmission RangeNarrow band pass (customizable nm range)Spectral analysis, camera filters
DurabilityScratch-resistant (IAD coating)Outdoor installations, industrial tools
Color OptionsRed, blue, black, purple, turquoiseAesthetic lighting fixtures, art installations

Customization guide

Adjustable parameters include:

  • Transmission wavelength range (±5nm precision) to match sensor requirements
  • Panel dimensions (50mm–500mm squares) for modular installations
  • Color tinting for artistic or functional light diffusion

Get inspired

Transform spaces with functional art: Use UV/IR-cut panels to protect sensitive equipment, or arrange colored glass arrays for immersive ambient lighting. Their square geometry and transparent structure enable endless creative configurations—from lab equipment guards to modern gallery installations.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Coating TypeHard coatingIAD hard coatingDual-coating (both)
Transmission Rate85% (standard band)92% (customizable)95% (±3nm precision)
Durability RatingIndustrial gradeMilitary-gradeAerospace-grade
Color Options3 standard colors8 pre-mixed colorsFull RAL palette

Supplier's note

  1. Dual-Coating Breakthrough: The Pro Model’s combined hard + IAD coating achieves 20% higher scratch resistance than industry standards, enabling use in abrasive environments like construction safety gear.
  2. Precision Transmission: The Advanced Model’s ±5nm wavelength tuning capability outperforms competitors’ ±10nm tolerance, critical for hyperspectral imaging systems.
  3. Color Customization: Full RAL palette support (Pro Model) allows seamless integration into high-end architectural projects requiring exact color matching.

Optimal Version Selection:

  • Base Model: Ideal for general industrial applications (e.g., factory lighting filters) where cost-efficiency is prioritized.
  • Advanced Model: Best for R&D labs and professional photography needing precise light control without extreme durability demands.
  • Pro Model: Required for aerospace, medical imaging, and luxury design projects demanding peak performance and customization.

With the Pro Model’s aerospace-grade durability and narrow spectral precision, you can deploy filters in satellite optics or dermatology tools where UV/IR contamination risks are critical. Pair its chemical resistance with K9 glass clarity to achieve 30% sharper imaging results compared to plastic-based alternatives.

Frequently asked questions

  • Which bandpass filter model is best for UV photography applications?

  • How do the hard coatings on the filter protect against environmental exposure?

  • Why choose K9 glass over acrylic for optical bandpass filters?

  • Can I customize the transmission range for my specific spectral requirements?

  • Is the coating on the filter FDA-approved for medical imaging devices?

  • How does the UV/IR cut feature benefit industrial sensors?

  • What makes your square-shaped filters suitable for lighting fixtures?

  • How should I clean the filters to maintain optical performance?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
UV/IR Cut EfficiencySolar Panel Protection, Industrial LightingIndustry: 85% UV Block (ISO 9050)
Our Base: 90% UV Block
Our Advanced: 95% UV Block
▲ Base ▲▲ Advanced: 5% improvement over industry, critical for high-sunlight environmentsLower UV block may cause equipment degradation in prolonged exposure scenarios
Light TransmissionPhotography, Medical ImagingIndustry: 88% Transmission (ISO 13832)
Base: 90%
Advanced: 92%
▲ Base ▲▲ Advanced: 4% clearer images than industry, ideal for precision tasksReduced transmission may limit use in low-light applications
Coating HardnessIndustrial Equipment, AutomotiveIndustry: 4H Scratch Resistance (ASTM D3363)
Base: 6H
Advanced: 9H
▲ Base ▲▲ Advanced: 50% harder than industry, withstands harsh abrasionHigher hardness may increase brittleness in extreme cold
Operating TemperatureExtreme Climate ApplicationsIndustry: -20°C to 60°C
Base: -30°C to 70°C
Advanced: -40°C to 80°C
▲ Base ▲▲ Advanced: 20°C wider range than industry, suited for polar/industrial zonesBase version may fail in ultra-high-temperature environments
Color AccuracyArtistic Lighting, Display ScreensIndustry: ΔE 3.0 (CIE 1976)
Base: ΔE 2.0
Advanced: ΔE 1.5
▲ Base ▲▲ Advanced: 50% better color fidelity than industry, enhances visual aestheticsLower ΔE increases production costs for Advanced tiers
Environmental ResistanceMarine, Coastal InstallationsIndustry: 48hr Salt Spray (ASTM B117)
Base: 96hr
Advanced: 168hr
▲ Base ▲▲ Advanced: 3.5× longer corrosion resistance than industry, ideal for coastal useBase version may corrode in prolonged saltwater exposure

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