About Calcium Hexaboride (12007-99-7)
We are Supplier, Exporter and Contract Manufacturer.
Technical profile of Calcium Hexaboride, a high-purity raw chemical material supplied by Triveni Chemicals for industrial manufacturing and laboratory synthesis.
Experience the superlative performance of Calcium Hexaboride (CAS: 12007-99-7), a top-rated industrial material with customizable granule size (1-5 m typical) and extraordinary stability. Highlighted by its high thermal conductivity and supreme hardness, this fine black or grey-black powder is an exceptional additive for alloys, wear-resistant components, and semiconductor devices. With a high melting point (2230C), excellent electrical conductivity, and 99% minimum purity, it stands as a supreme choice for manufacturing boron steel, refractory material, and abrasive solutions. Non-hazardous and odorless, it guarantees safety and reliability, supplied in 25 kg drums or per your specific requirements.
Distinct Industrial Applications and Material Features
Calcium Hexaboride (12007-99-7) is engineered for diverse plant applications, excelling as an additive in boron steel and special alloys, as well as enhancing wear resistance in refractory and abrasive materials. This industrial-grade material features high hardness, high thermal and good electrical conductivity, and outstanding stability even under demanding process media. Its stable structure ensures prolonged service life, making it a premium choice for semiconductor devices and various high-temperature environments requiring durability.
Supreme Packaging, Delivery, and Quotation Details
Our Calcium Hexaboride is packed & dispatched in robust 25 kg drums or tailored packaging to ensure product integrity during transport and storage. Quotations are provided promptly upon request, reflecting competitive pricing for bulk or customized orders. Delivery time is reliably estimated based on order volume and destination, with efficient logistics for timely dispatch. Flexible payment terms accommodate customer needs, ensuring a seamless purchasing process from quotation to dispatch and final delivery.
FAQ's of Calcium Hexaboride (12007-99-7):
Q: How is Calcium Hexaboride typically used in industrial applications?
A: Calcium Hexaboride is primarily used as an additive for alloys, especially boron steel and special alloys. It is also utilized in the production of wear-resistant and refractory materials, abrasive products, and as a component in semiconductor devices.
Q: What are the benefits of using Calcium Hexaboride in manufacturing processes?
A: Calcium Hexaboride offers extraordinary high hardness, supreme thermal conductivity, and good electrical conductivity. These properties contribute to enhanced durability, stability, and efficiency in the final products, especially for materials exposed to high temperatures or requiring wear resistance.
Q: How should Calcium Hexaboride be stored for maximum shelf life?
A: To ensure a 24-month shelf life, Calcium Hexaboride should be stored in a cool, dry, and well-ventilated area with its container tightly closed. This maintains the compound's stability and prevents degradation or contamination.
Q: What is the typical packaging and shipping method for Calcium Hexaboride?
A: Calcium Hexaboride is typically packaged in 25 kg drums, though custom packaging can be arranged as required. The robust packaging maintains quality during transit and storage, and dispatch is managed efficiently to meet delivery timelines.
Q: When can customers expect delivery after placing an order and request for quotation?
A: Estimated delivery time depends on the order volume and destination. Quotations are generally provided promptly, and shipping is arranged immediately following order confirmation and agreed payment terms, ensuring timely dispatch.
Q: What makes your Calcium Hexaboride product top-rated in the market?
A: Our product is highlighted by its customizable granule size, ultra-high purity (99% min), high hardness, and supreme thermal and electrical conductivities. Clients value its extraordinary stability, non-hazardous classification, and the flexibility in meeting specific packaging and application requirements.