High-Temperature Zirconium Oxide Crucible

Origin: Baoji, Shaanxi, China
Brand: FRL Metal
Surface: polished surface
Size: Customizable
Density: 6.51g/cm³
Minimum Order Quantity：1pc
Packaging Details:Plywood case
Delivery Time:5~7days
Certification: ISO9001
Payment Terms:T/T

Send Inquiry

Download

Product Description

High-Temperature Zirconium Oxide Crucible

Product Introduction

Welcome to your solution for extreme temperature applications! Our High-Temperature Zirconium Oxide Crucible delivers exceptional performance when you need it most. These crucibles withstand temperatures up to 2200°C with remarkable stability and chemical inertness. You'll appreciate their superior thermal shock resistance and long service life in demanding industrial processes. At Baoji Freelong New Material Technology, we've engineered these crucibles to meet your most challenging metallurgical and research requirements with unwavering reliability.

High-Temperature Zirconium Oxide Crucible suppliers

High-Temperature Zirconium Oxide Crucible price

High-Temperature Zirconium Oxide Crucible factory

Technical Specifications

Name：Zirconium crucible

Place of origin：Shaanxi ,China

Grade: Zr702,Zr705,R60001,R60901

Volume:5ml,10ml,15ml,20ml,25ml,30ml,35ml,40ml,45ml,50ml etc,

Type: Low form zirconiu crucible, flanged rims zirconium crucible,straight wall zirconium crucible, tapered zirconium crucible, Cylindrical zirconium crucible

Surface: bright

Wall thickness: 1mm,2mm,or custom
Service life: A crucible with a wall thickness of 2mm has a longer service life than a thin-walled crucible and can be used repeatedly for more than 100 times.

Key Features and Benefits

Superior Temperature Resistance

Your processes demand reliability at extreme temperatures. These crucibles maintain structural integrity even at 2200°C.

Excellent Chemical Inertness

You won't worry about contamination. Our crucibles resist most acids, alkalis, and molten metals.

Outstanding Thermal Shock Resistance

Rapid temperature changes won't compromise performance. The material structure handles thermal cycling exceptionally well.

Long Service Life

You'll reduce replacement costs significantly. These crucibles outlast traditional ceramic alternatives by 3-5 times.

Applications and Industries Served

Metallurgical Industry

Precious metal melting and refining
Superalloy production
Metal powder sintering

Research Laboratories

High-temperature material testing
Crystal growth experiments
Thermal analysis applications

Electronics Manufacturing

Semiconductor wafer processing
Electronic component sintering
Thin film deposition

Manufacturing Process

We employ advanced pressing and sintering techniques to ensure consistent quality. Our manufacturing process includes:

Raw Material Selection: We source ultra-pure zirconia powder
Forming: Precision pressing creates uniform wall thickness
Sintering: Controlled high-temperature processing develops optimal microstructure
Finishing: Careful machining achieves precise dimensions

Contact Information

Ready to enhance your high-temperature processes? Our High-Temperature Zirconium Oxide Crucible solutions await your specific requirements.

Email: jenny@bjfreelong.com

WhatsApp: +8613571190943

Get in touch today for technical consultation, custom quotations, or immediate ordering. We're here to support your success with premium zirconia crucible technology.

Our Packaging

Package

About us

Baoji Freelong New Material Technology Development Co., Ltd loated in Baoji City--China's Titanium Valley,we are mainly doing Zirconium,Titanium,Nickel,Niobium,Tantalum etc metal material and other alloy's produce,OEM and Sales.and also exporting the goods what we make. we have a lot of trustful clients and partner.and also we were authority by some firms.At present,we were build our relationship with Australia,Korea,German,US,UK,Malaysia,AZ,Middle East,Taiwan,Etc. Our company always take the quality and service as our responsibility,We always get close even match the quality what our customer wanted and as for quality,we never say no and no reason for quality failure.