Found 19 products for "

refractory sagger

Hochtemperaturbeständiger feuerfester Mullitbehälter für Ofenmöbel

Highlights at a glance High Temperature Resistance: Operates up to 1450°C for kiln use. Al2O3 Content ≥45%: Ensures durability and high-temperature stability. Customizable Sizes: Tailored to fit various kiln applications. Refractory Material: Built for high-temperature resistance and longevity. ISO9001 Certified: Quality assurance for reliable performance. 00:00/00:00

Feuerfestes Mullite Corundum Sagger Öfenmöbel Saggar Box SO9001 Zertifiziert

Product Description The Ceramic Sagger offers an all in one solution for firing of either components or powders. These saggers can be stacked directly on top of each other at Temperatures up to 1500 C. Reduced wall thickness over traditional high alumina or mullite refractory saggers can lead to increased product loading, further weight reduction, decreased cycle time. We product saggers for the application range up to 1700°C. We coordinate the respective sagger type and

Hochtemperatur-Korund-Keramikbehälter für Industrieofen- und Pulversinterung

Korund-Mullit-Kapsel für die Kathode von Lithiumbatterien, Korund-Mullit-Kapsel für das NCM-Sintern

Langlebiges Feuerfestes Graphit-Sager-Gehäuse für Pulvermetallurgie

Lithium-Ionen-Batterie: Sintern des Kathodenmaterials (LFP, NCM, LCO), Karbonisierung des Anodenmaterials

Hochfeuerfester Korund-Mulit-Sagger, anpassbare Größe für Lithiumbatterien NCM

Aluminiumoxid-Sagger, Mullit-Sagger, Korund, Mullit-Sagger.

Umweltschonend Gebraucht Sagger Recycling Gebraucht Abfall Graphit Sagger SiC Sagger Wiederherstellung

(Second-Hand / Waste Graphite & Silicon Carbide Saggers) Turn your industrial waste into sustainable value. We provide professional, eco-friendly, and comprehensive Used Sagger Recycling and Recovery Services for manufacturing plants worldwide. We specialize in the high-volume buyout, collection, and green processing of second-hand and broken Graphite Saggers and Silicon Carbide (SiC) Saggers generated from lithium-ion battery material calcination, advanced ceramics, and