Crucible - Company Ranking(13 companies in total)
Last Updated： Aggregation Period:May 27, 2026〜Jun 23, 2026
This ranking is based on the number of page views on our site.
Display Company Information
| Company Name | Featured Products | ||
|---|---|---|---|
| Product Image, Product Name, Price Range | overview | Application/Performance example | |
| Alumina 66% | It is also capable of applications that facilitate the melting of special metals at high temperatures and the exchange of crucibles using a ... | ||
Italial Crucible
Other |
Ittria > 99% | Common applications include... Growth and melting of fluoride crystals (such as CaF2), production of deep ultraviolet optical materials, res... | |
| 【Chemical Composition】 ZrO2: 94 ＜ 【Property Values】 Apparent Porosity: 20 ～ 23 Thermal Expansion Rate: 0.9 at 1600℃ *These are repr... | Use under ultra-high temperatures for precision casting melting, precious metals, and quartz glass melting. | ||
|
---
--- |
--- | ||
Nippon Crucible Co.,Ltd. Head Office (Overseas Sales Department, Tokyo Branch), Osaka Branch, Nagoya Branch
-
- Featured Products
-
Alumina crucible & double crucible
- overview
- Alumina 66%
- Application/Performance example
- It is also capable of applications that facilitate the melting of special metals at high temperatures and the exchange of crucibles using a ...
Italial Crucible
- overview
- Ittria > 99%
- Application/Performance example
- Common applications include... Growth and melting of fluoride crystals (such as CaF2), production of deep ultraviolet optical materials, res...
Zirconia crucible - Product "Zirconix"
- overview
- 【Chemical Composition】 ZrO2: 94 ＜ 【Property Values】 Apparent Porosity: 20 ～ 23 Thermal Expansion Rate: 0.9 at 1600℃ *These are repr...
- Application/Performance example
- Use under ultra-high temperatures for precision casting melting, precious metals, and quartz glass melting.
-
Nippon Crucible Co.,Ltd. Head Office (Overseas Sales Department, Tokyo Branch), Osaka Branch, Nagoya Branch
Membership (free) is required to view all content.
Already a Member? Log In Here
