This nitride-based red LED phosphor powder is engineered for high-performance 445–465nm blue chip integration, enabling efficient, stable red light emission for warm white lighting, display backlights, and special-purpose LED systems. Fully RoHS compliant, lead-free, and CE certified, it is ideal for B2B buyers in LED chip packaging, lighting system integration, and high-CRI display manufacturing.

Our phosphor powder has been used in over 100+ commercial LED production lines, offering unmatched consistency and real-world reliability in chip-scale packaging, COB modules, and mini-/micro-LED displays.

Core Technical Specifications (With Batch Testing)

Supply Capacity

10,000 units/month | Expandable to 5,000 kg/month for OEM projects

Why LED Manufacturers Choose This Red Phosphor

1. Precise, Stable Red Light Output

Emits in the 610–640 nm range with narrow spectral width, enabling:

• High-CRI warm white LEDs (Ra ≥ 90)

• Deep red display pixels for enhanced contrast

• Color consistency across batches (Δx, Δy < 0.005)

2. High Energy Efficiency

Converts blue chip light (450–460 nm) to red output at up to 100 lm/W, enhancing total system efficacy and reducing power loss.

3. Process Compatibility

• Ready for integration into existing 450nm blue LED chip lines

• Uniform D50 = 15μm option ensures smooth phosphor-silicone dispersion

• Fully compatible with COB, SMD, CSP packaging workflows

4. Long-Term Stability in Harsh Environments

• Heat resistance up to 300°C

• Chemically inert in silicone binders and LED encapsulants

• Humidity-resistant and acid/alkali-stable

5. Meets Global Safety & Environmental Standards

• SGS

• Free of lead, cadmium, mercury, and other restricted substances

• Suitable for both indoor and outdoor LED applications

Target Applications

1. Warm White LED Lighting (2700K–4000K)

Blended with YAG yellow and green phosphors, this red phosphor corrects spectral deficiency in warm white LEDs, achieving:

• High CRI (Ra > 90)

• Low color temperature (2700K–3500K)

• Enhanced color fidelity in home, museum, and commercial lighting

2. Industrial & Specialty Lighting

• Industrial tubes, task lights, and spotlights in warehouses/factories

• Enhanced visibility in low-light or red-sensitive environments

• Stable for long-hour use in high-temperature enclosures

3. Decorative & Stage Lighting

• High-saturation red effect for architectural highlights, concerts, exhibitions

• Works with RGB systems for full-spectrum stage applications

4. Display Backlight & Pixels (Mini/Micro-LED)

• Provides high-gamut red output in display modules

• Compatible with RGB phosphor mix for Rec.709/DCI-P3 standard

5. Custom LED Use Cases

• Medical lighting (e.g. phototherapy, diagnostic tools)

• Agricultural lighting (supports photosynthesis in red-sensitive crops)

Ordering, Packaging & Shipping

Technical Support & Customization

Application-Based Guidance

Our engineers provide usage guidance tailored to your needs, such as:

• Phosphor-to-silicone mixing ratio

• Curing conditions and thermal profiles

• Defect troubleshooting (e.g., uneven brightness, discoloration)

Customization Options

• Particle Size Tuning: 15–23μm ranges for various encapsulation processes

• Wavelength Adjustment: Optional emission peaks from 605 to 680 nm to fit design targets

• High-density Variants: Improved thermal performance for high-power applications

Request a custom version? Our R&D team can support pilot runs and custom formulation trials for qualified OEM clients.

Frequently Asked Questions (FAQ)

Q1: What makes this red phosphor better for warm white LED production?

A1: It compensates for the lack of red emission in blue/yellow phosphor mixes, improving CRI (Ra ≥ 90) and supporting warmer light tones (2700K–3500K).

Q2: Is it compatible with 450nm chips?

A2: Yes. This red phosphor is optimized for 445–465 nm chips, especially 450–460 nm where excitation is most efficient.

Q3: What’s the benefit of the high-density version?

A3: Better heat dissipation and improved mechanical strength, recommended for high-power LEDs or applications with thermal cycling.

Q4: Can I test before bulk purchase?

A4: Absolutely. We offer 100g sample units for testing under your production conditions.

Q5: What's the typical lead time for large orders?

A5: For bulk contracts, production capacity can scale to 5000kg/month, with lead times typically 7–15 days including shipping.

Next Steps: Try It, Quote It, or Customize It

• Request Free Sample – Test in your line with full support documents

• Download TDS – Detailed technical data and performance specs

• Talk to Engineer – Discuss integration, blending, curing, and chip matching

• Get Bulk Quote – For standard or customized specifications

[Request Sample] | [Get a Quote] | [Schedule Technical Consultation]