Electronic-grade boron oxide
High-purity boron oxide specifically engineered for OLED/LCD substrate glass and semiconductor doping processes, featuring exceptionally low metallic impurities to ensure uniform glass melting and stable electrical properties.
Electronic-grade purity
B₂O₃ ≥ 99.8%
Low metal content
Fe₂O₃ ≤ 0.005%
Fine-grained
50 mesh pass rate >95.0%
In-house production
Production base, stable supply
Appearance: Colourless glassy crystals or white crystalline powder Chinese name: Boron trioxide
Alternative names: Boric oxide, Boric anhydride, Boric acid anhydride, Anhydrous boric acid
Molecular formula: B2O3
EINECS#：215-125-8
HS code：2810001000
CAS#：1303-86-2
🔬 High purity and stability 💡 Critical applications 🌬️ Controllable particle size 📦 Moisture-proof packaging
Core Strengths
🔬 High Purity & Stability Complies with enterprise standard Q/XYL001-2023. Original factory inspection reports provided per batch to ensure consistency.
💡 Key Applications Used for OLED substrate glass fluxing, semiconductor p-type doping, and electronic paste insulation layers to enhance product yield.
🌬️ Controllable Particle Size: Standard 50 mesh ≥95%, with finer particle sizes available upon request to meet diverse process requirements.
📦 Packaging: 25kg bags with moisture-proof plastic liners; 1000kg bags with moisture-proof plastic liners to prevent moisture absorption during transit, ensuring product integrity.
Fields of application
|
Industry |
Application Notes |
|---|---|
|
Display glass (OLED/LED substrate) |
As a glass melting flux and network-forming agent, it lowers melting temperatures while enhancing light transmittance, chemical stability and mechanical strength, making it a critical raw material for flexible OLED and ultra-high-definition LCD substrates. |
|
Semiconductor manufacturing |
Used for P-type doping and insulating layer preparation, providing a stable boron source in high-temperature processes. |
|
Electronic paste |
When combined with silver powder and copper powder, it forms a high-temperature sintered electrode paste, whose insulation and thermal stability ensure the reliability of conductive pathways. |
|
High-end ceramic glazes |
Enhance glaze lustre, hardness and wear resistance, while broadening the firing temperature range. |
Technical Specifications
Implementation Standard：Q/XYL001-2023
HS code：2810001000｜CAS#：1303-86-2
We maintain original factory inspection reports for each batch of goods, which are available upon request. Should you require specific particle sizes or performance specifications, please do not hesitate to enquire.
|
Indicator items |
Electronic Grade Specifications (%) |
|---|---|
|
B₂O₃ |
≥98.8 |
|
SO42- |
≤ 0.025 |
|
Cl– |
≤ 0.01 |
|
Na+K |
≤ 0.02 |
|
Fe |
≤ 0.005 |
|
H₂O |
≤ 0.6 |
|
Particle size (50 mesh pass rate) |
≥ 95 |
Note: Particle size can be customised according to customer requirements.
Packaging and Logistics
Moisture-proof kraft paper bags: 25kg per bag, with waterproof plastic inner lining
Moisture-proof tonne bags: 1000kg per bag, with waterproof plastic liner inside
Pallet packaging: 1050kg per pallet
Transportation precautions: Avoid exposure to rain and moisture; must not be transported with strong oxidising agents.
Storage and Usage Recommendations
Store in a cool, well-ventilated, dry warehouse.
Avoid sudden humidity changes during handling to prevent recrystallisation and caking.
Protect from rain during transport to prevent moisture absorption affecting quality.
Do not transport with strong oxidising agents.
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We supply standard products and also undertake bespoke development. Please feel free to request detailed technical specifications and samples.