BR9133 High Purity Boron Oxide Powder (5N)

High Purity Boron Oxide Powder (5N) Description

High Purity Boron Oxide Powder (5N) is a premium-grade material with a verified minimum purity of 99.999%, ensuring reliable performance for a variety of advanced applications. Its exceptional chemical stability and high boron content make it an ideal choice for specialty glass production, ceramics processing, and semiconductor manufacturing. The powder’s low moisture absorption and consistent particle size distribution further enhance its suitability in tightly controlled research and industrial environments.

Produced under rigorous quality standards and subject to stringent analytical testing, this boron oxide powder meets the most demanding industry expectations. Each batch undergoes thorough inspection for purity, particle morphology, and trace contaminant levels, allowing for uniform results in high-precision processes. Count on its proven dependability, excellent repeatability, and top-tier quality for your specialised manufacturing and R&D needs.

High Purity Boron Oxide Powder (5N) Applications

Boron Oxide (B2O3) Powder with 5N-level purity offers extraordinary chemical stability and minimal impurity levels, making it an essential material in numerous high-tech and research endeavours. Its high-temperature resistance, superior desiccating properties, and ability to form glassy networks allow for versatile use across industrial, scientific, and commercial fields. This advanced powder consistently ensures reliable performance in environments where exacting standards are crucial.

1. Industrial Applications

·         Application 1: Enhanced glass and ceramic manufacturing, providing excellent thermal stability and improved optical clarity

·         Application 2: High-performance catalysis support, utilising superior purity to ensure minimal contaminant interference

·         Application 3: Advanced metallurgy flux, aiding in efficient soldering and smelting processes

2. Research Applications

·         Application 1: Semiconductor material doping, leveraging the powder’s consistent purity for precise electronic tuning

·         Application 2: Experimental reactor studies, taking advantage of its high chemical stability under extreme conditions

·         Application 3: Nanotechnology synthesis, where controlled environments benefit from minimal impurity levels

3. Commercial Applications

·         Application 1: Protective coatings in consumer products, bolstering durability and resistance to moisture

·         Application 2: Specialty optic lenses requiring low-distortion and high transparency

·         Application 3: High-grade sealants and adhesives that demand excellent adhesion and thermal endurance

High Purity Boron Oxide Powder (5N) Packaging

High Purity Boron Oxide Powder (5N) is typically packaged in airtight, moisture-resistant containers to preserve purity. These robust containers may include sealed polyethylene bags within sturdy, rigid drums or boxes, ensuring minimal contamination during transit. Desiccants are added to avert humidity damage, and handling is advised in a controlled, dry environment. Packaging can be customised with tamper-evident seals, specialty liners, and specific labeling, according to individual requirements for maximum protection and traceability.

Packaging: Vacuum sealed, Wooden Box, or Customised.

High Purity Boron Oxide Powder (5N) FAQs

Q1: What are the key material properties of High Purity Boron Oxide Powder (5N)?

A1: High Purity Boron Oxide Powder (5N) typically has a purity level of at least 99.999%. It is a glassy, hygroscopic material with a molecular weight of around 69.62 g/mol. The powder has an amorphous structure, a softening temperature near 325°C, and a melting point of about 450°C. These properties make it useful in advanced ceramic, optical, and electronic applications that require stable high-temperature performance.

Q2: How should this product be handled and stored?

A2: Because of its hygroscopic nature, High Purity Boron Oxide Powder (5N) should be handled in a dry, low-humidity environment to prevent moisture absorption. Personnel should use protective equipment such as gloves, goggles, and a lab coat to avoid skin and eye irritation. The material must be stored in tightly sealed, inert containers to preserve its purity. Regular checks for container integrity and controlled temperature conditions are crucial for maintaining product stability over time.

Q3: Which quality standards and certifications apply to High Purity Boron Oxide Powder (5N)?

A3: High Purity Boron Oxide Powder (5N) is generally produced under strict ISO 9001-certified quality management systems to ensure consistent composition and traceability. Analytical verification often involves ICP-OES, XRF, or GD-MS to confirm 99.999% purity and identify trace elemental impurities. The product can also meet REACH and RoHS requirements, depending on its end application. Compliance with these standards guarantees reliability in critical industries like semiconductor and specialty ceramics.

Related Information

1. Quality Control Measures

Harmonising stringent protocols is essential for maintaining the 5N purity of Boron Oxide Powder. Advanced spectroscopic techniques are employed at each stage of refinement to ensure any trace amounts of contaminants, such as metal impurities or moisture residues, are identified and removed. This multi-phase inspection process underpins the powder’s exceptional quality, reinforcing its reliability in sensitive applications like high-grade optical fibres and semiconductor coatings.

Strict batch-to-batch consistency is achieved by implementing rigorous in-house standards that exceed typical industry benchmarks. Specialised temperature and humidity controls are maintained throughout the production cycle, further safeguarding the powder’s integrity. These preventative measures guarantee producers and end users receive a consistent, uniform material that meets or surpasses the most demanding application requirements.

2. Applications in Advanced Industries

Global semiconductor manufacturers frequently leverage High Purity Boron Oxide Powder (5N) in the fabrication of wafers and microelectronic components. Its remarkable capacity to modulate thermal expansion helps create stable interfaces, preventing potential defects in high-performance systems. Beyond microelectronics, the powder’s ultra-clean composition is also valued in the development of specialty glass, where consistent refractive index control is paramount.

Tailored chemical reactivity further expands its utilisation in advanced fields such as laser technology and optoelectronics. By capitalising on the powder’s predictable behaviour under extreme temperature conditions, research institutions can integrate this material into experiments exploring new photonic applications. These diverse uses underscore its vital role in driving innovation across multiple advanced industries.