Hexagonal Boron Nitride
English alias: Boron nitride;white graphite
CAS RN: 10043-11-5
Designed specifically for advanced propulsion formulations, our product serves aerospace and defense manufacturers requiring precise combustion control. As a professional catocene manufacturer and catocene supplier, we provide components tailored to meet rigorous regulatory standards and operational demands. Engineers and procurement managers integrating composite solid propellants catocene will benefit from consistent quality and reliable supply chains, ensuring seamless system component compatibility and improved integration efficiency.
Our composite solid propellants catocene features a chemically stable, high-purity formulation functioning as an effective catocene catalyst to consistently improve combustion rate and stability. Detailed technical parameters include optimized particle size distribution, catalytic activity benchmarks, and thermal tolerance metrics supporting enhanced burning characteristics. The product’s synthesis and processing conditions optimize reactive surface properties, rendering it suitable for precise formulation control and repeatable performance in demanding energetic material systems.
Widely adopted in various composite solid propellants, our catocene catalyst enhances burn rates, contributing to propulsion efficiency and thrust control. It plays an essential role in rocket motor and missile propellant manufacturing, ensuring compliance with industry specifications for safety and energy output. The integration of this composite solid propellants catocene enables engineers to improve propulsion system reliability while maintaining adherence to environmental and operational compliance within stringent aerospace and defense frameworks.
Our composite solid propellants catocene is engineered for modular integration with established manufacturing processes. As a seasoned catocene manufacturer and catocene supplier, we prioritize consistent particle size and chemical uniformity, minimizing batch-to-batch variability and facilitating production scalability. The catalyst’s design ensures compatibility with common binders and oxidizers used in propellant matrices, streamlining incorporation and reducing potential processing disruptions encountered during propellant blending and curing stages.
By utilizing this catocene catalyst, users achieve significant improvements in combustion efficiency, enabling faster ignition and optimized burn profiles that contribute to total system performance gains. The intrinsic properties of this composite solid propellants catocene support process reproducibility and reduce the likelihood of incomplete combustion. This translates to operational advantages such as increased thrust precision and improved safety margins, ultimately enhancing the return on investment for propulsion system developers and manufacturers.
1. Physical and chemical properties：
|
Item |
BN01 |
BN02 |
BN03 |
BN04 |
BN05 |
BN06 |
BN07 |
|
Appearance |
White powder |
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|
D50, μm |
≤4 |
5`7 |
8`12 |
13`16 |
17`22 |
23`26 |
≥27 |
|
BN,% |
≥98.5 |
≥99.0 |
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|
B2O3,% |
≤0.5 |
≤0.3 |
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|
Specific surface area , m2/g |
5.0`11.0 |
0.5`3.0 |
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|
Tap density, g/cm3 |
0.30`0.80 |
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3.Application:
①High-temperature solid lubricant:High temperature kilns, forging, stamping, die-casting, glass forming, mold release powder.
②Thermal insulation filler:Thermal conductive silicone, thermal conductive gasket, thermal conductive sealant;Lithium battery insulation coating, battery cell insulation diaphragm;Charging pile, power supply, LED heat dissipation plastic.
③High end ceramics&refractory materials.
④Coatings, demolding, and anti-corrosion industries.
⑤Electronic Semiconductor/Precision Manufacturing:Chip, semiconductor insulation and heat dissipation substrate;High frequency circuit boards, microwave devices, high-voltage electrical insulation components;Vacuum coating, semiconductor diffusion process isolation material.
4. Safety instructions: Physically inert, but boron nitride powder is harmful by ingestion, inhalation, eye and skin contact, which may cause skin, respiratory system, liver, kidney and the circulatory system damage. Be handled with rubber gloves, a respirator and eye protection.
5. Packing: Aluminum foil bag lined with plastic bag, net weight 5 or 10kg per bag.
6. Storage: Stored in a cool and ventilated place. Keep sealed.
7.Shelf life: 12 months.
8. Transportation: Avoid rain, sun exposure. Do not mix-transport with strong oxidizers
FAQ
What grades of boron nitride powder do you offer and how do they differ?
We provide boron nitride powders across multiple grades (BN01-BN07), differing in particle size ranges from ≤4 μm to ≥27 μm and purity levels from ≥98.5% to ≥99.0%. This allows customers to select the appropriate grade for specific thermal insulation, lubrication, or semiconductor applications.
Can you supply boron nitride products compliant with environmental regulations?
Yes, all our boron nitride products comply with international standards, including ROHS and REACH. We maintain strict control over purity and particle size to ensure safety, environmental compliance, and suitability for global market access.
Do you offer customized boron nitride solutions for industrial applications?
We do. Our expertise includes the technical matching of boron nitride with thermal conductive fillers and additives tailored for industries such as semiconductor and refractory materials. Please contact us to discuss your requirements for a custom production plan.
How does boron nitride improve combustion rate in composite solid propellants?
Boron nitride acts as a highly stable filler that enhances thermal insulation and lubricating properties, reducing friction and improving performance in composites. As a trusted catocene supplier for propellants, we provide boron nitride grades designed to work effectively with catocene catalysts to improve combustion rates.
