Lithium Borohydride
Lithium Borohydride is a premium-grade, white to gray crystalline powder powerful inorganic reducing agent compound carrying CAS number 16949-15-8. Refined under strict industrial quality compliance, this high-purity metal hydride substance exhibits exceptional selective reduction performance in organic synthesis. Therefore, it provides reliable electronic configuration stability across diverse solvent systems. Consequently, it serves as an ideal core choice for manufacturing specialized fine chemicals, advanced pharmaceutical intermediates, and modern industrial hydrogen-storage research matrices globally.
Description
Zyntex supplies high-purity Lithium Borohydride (CAS 16949-15-8) tailored for global manufacturing plants. It is ideal for fine chemical factories and specialized synthesis laboratories.
Functioning as a highly specific selective reducing agent, it disrupts localized carbonyl double bond paths rapidly. Furthermore, it delivers precise substance profiles that ensure uniform dry batch integration. Its strictly minimized moisture content and optimized crystalline geometry make it an ideal selection. Consequently, it fits sensitive ether-based reaction profiles and continuous industrial solution blending perfectly. Accordingly, formulation engineers specify this active substance to stabilize modern borohydride carriers. This practice maintains exact reducing integrity across continuous processing cycles.
Reduction Efficiency and Reactivity Control
Excellent crystalline solubility performance in ethers and outstanding selective affinity provide a distinct operational edge. This advantage is crucial when engineering modern fast-acting organic reductions. This active inorganic solid operates by delivering dense hydride ions to carbonyl groups systematically. Thus, it successfully enhances the transformation profiling of targeted carboxylic acid derivatives. It supplies the exact chemical mechanisms required to induce rapid stereoselective effects. As a consequence, it does this without altering raw batch temperature uniformity.
It assists processing engineers in maintaining strict active concentration uniformity. This balance is critical across high-speed chemical synthesis operations and continuous crystallization lines. Hence, it mitigates trace precipitation risks within automated volumetric feeding systems. For instance, specialized manufacturing facilities incorporate this refined metal hydride powder. It acts as a core active component in targeted alcohol production and specialized amine synthesis cycles. Consequently, it maximizes the technical throughput of automated formulation machinery. Consequently, Zyntex coordinates inert atmosphere synthesis paths to eliminate downstream moisture-induced alterations from your factory schedule.
Synthesis Reliability and Logistics
In addition to this, Zyntex coordinates climate-controlled logistics for pilot-scale manufacturing operations. This service supports advanced fine chemical synthesis centers globally. The compound maintains its refined crystalline geometry under strict storage parameters. Therefore, it prevents temperature-induced structural degradation or premature caking during automated mechanical blending steps. It advances contemporary chemical engineering by providing a thoroughly analyzed, highly predictable inorganic raw material. This product fully meets international industrial purity monographs.
Simultaneously, it remains a critical chemical standard for routine gas chromatography mass spectrometry (GC-MS) calibration assays. It also supports specialized organic catalyst validation testing loops. In brief, our product functions as a dependable chemical foundation. It successfully supports both the performance of commercial industrial batches and the analytical rigor of specialized industrial laboratories.
Primary Industrial Sectors for Lithium Borohydride
This high-purity crystalline active metal hydride compound delivers crucial technical value within these four primary industrial sectors:
🧪 Organic Reductions
Primary hydride source used for selective reduction of esters and aldehydes. Hence, it directly supports optimal structural conversion control lines.
⚗️ Synthesis Intermediates
Utilized as a high-purity active base to compound professional heterocyclic pharmaceutical building blocks. Clearly, it is key for uniform reaction speed.
🔋 Energy Research
Acts as an essential active standard for manufacturing specialized solid-state hydrogen storage prototypes. Resultantly, it guarantees excellent matrix clarity.
🔬 Analytical Catalysis
Used as a professional high-purity reference material for validating advanced catalytic pathways. Specifically, it confirms optimal reaction pathways.
Technical Specifications
| Parameter | Standard Value |
|---|---|
| Product Name | Lithium Borohydride (Lityum Borohidrür) |
| Assay / Purity | Min 95.0% – 98.0% (Industrial Synthesis Grade) |
| Appearance | White to gray crystalline powder |
| Stability | Highly reactive; sensitive to moisture and air |
| CAS Number | 16949-15-8 |
⚠️ DANGER / Safety & Handling: Lithium Borohydride is a highly reactive, flammable metal hydride that reacts violently with water. Contact with moisture, air, or acids triggers fire or explosion. Store strictly under inert atmosphere in moisture-proof containers in a fire-secure area. Keep away from water, acids, and oxidizers. Use full PPE, including fire-resistant clothing. Review the Safety Data Sheet (SDS).
