To obtain high-quality MnCO₃ nanoparticles, selecting the correct milling conditions is critical. Parameters such as milling jar material, grinding media, and wet or dry milling methods directly influence particle size distribution, contamination level, and powder uniformity.
Author Archives: ZYLAB Solution
ZYLAB successfully delivered a customized 40L Pilot-Scale Planetary Ball Mill to the R&D department of a well-known environmental engineering and sustainable energy company in Norway. The equipment was used during the customer’s pilot-scale research and development stage for particle grinding and powder preparation.
By combining rotary calcination technology, gas preheating, and advanced exhaust gas treatment, ZYLAB successfully provided a high-performance, environmentally compliant pilot-scale furnace to a Norwegian customer.
Among available thermal processing equipment, the three-zone tube furnace has become a preferred solution for researchers working on advanced catalyst systems. Its ability to independently control multiple heating zones makes it particularly well-suited for three-stage catalyst preparation processes, typically involving drying, calcination, and activation.
ZYLAB successfully delivered a customized 10L laboratory centrifuge to a Norwegian client specializing in advanced battery component research.
This case study highlights how we provided a corrosion-resistant, high-efficiency centrifuge solution tailored to demanding chemical conditions and strict particle separation requirements.
A muffle furnace with gas inlet system is a widely used solution for controlled atmosphere heat treatment at temperatures up to 1200°C. This article explains how it works, what gases can be used, and how it differs from vacuum furnace technology.
A well-known additive manufacturing company based in Luxembourg required a reliable and customizable thermal processing solution to develop high-performance metal powders for metal 3D printing.
ZYLAB successfully delivered a 1200°C Muffle Furnace with Gas Inlet System, tailored to meet the customer’s demanding process requirements.
High-temperature modification is a critical step in improving the performance of lithium-ion battery cathode materials such as LFP, NMC, and LCO. However, many researchers and engineers face challenges related to phase stability, lithium loss, atmosphere control, and material uniformity.
Powder agglomeration and segregation are two of the most critical challenges in additive manufacturing material preparation. By optimizing particle properties, controlling environmental conditions, and using advanced 3D motion mixing technology, these issues can be significantly reduced.
ZYLAB successfully delivered a 5L High-Speed 3D Shaker Mixer to a leading additive manufacturing company based in Luxembourg.
The 5L High-Speed 3D Shaker Mixer provides an ideal solution for laboratories and companies seeking efficient, precise, and scalable mixing technology.