ZYLAB supplied a custom square split pressing die set to the University of Waterloo in Canada for laboratory powder sample preparation.
Designed for use with a laboratory hydraulic press, the split pressing die set allows the mold to be disassembled after pressing, making it easier to remove the formed sample while reducing the risk of damage during demolding.
ZYLAB recently manufactured and delivered two sets of custom annular ring powder molds to a European research laboratory specializing in advanced materials, powder characterization, and sample preparation.
ZYLAB recently supplied a customized laboratory sample extruder with non-standard accessories to a long-term customer in Norway specializing in eco-friendly material development.
Understanding how hydrogen reduction works helps researchers select appropriate processing conditions, interpret experimental results, and choose a suitable hydrogen reduction furnace for laboratory research.
In this article, we examine the major variables affecting hydrogen reduction efficiency and explain how researchers can systematically optimize experimental conditions using a suitable hydrogen reduction furnace.
Whether you are developing metal powders, studying reduction kinetics, or investigating new functional materials, this guide explains the key factors to consider when selecting a laboratory hydrogen reduction furnace.
ZYLAB has supplied a Swiss materials research laboratory with a Mini Hydrogen Reduction Furnace System for laboratory-scale hydrogen reduction and controlled-atmosphere heat treatment.
A University of Engineering & Technology in Asia required a Rapid Thermal Processing (RTP) Furnace for rapid thermal annealing research. The equipment would support laboratory studies investigating the effects of rapid heating and controlled thermal treatment on material properties.
A rotary or rocking tube furnace can provide an additional advantage by continuously redistributing the powder during thermal processing, helping reduce prolonged localized contact and improve exposure to heat and process gases.
A rotary rocking tube furnace introduces controlled movement during heating. By continuously rotating and rocking the furnace tube, powder materials are redistributed throughout the hot zone, helping improve thermal exposure, material mixing, and contact with the process atmosphere.