The GlobeCore TOR-6 works as a portable field kit for detecting water and solid contamination in hydraulic oils during field service.

Yes, soybean biodiesel (especially blends like B20 or even B100) can be used in most modern diesel engines without any modifications. It provides good combustion, reduces emissions, and enhances lubricity. Some cold-start issues may arise with higher blends in colder climates, but these are manageable. The GlobeCore USB plant ensures fuel consistency and purity, which is critical for engine compatibility and long-term reliability. Biodiesel produced this way meets ASTM and EN standards for use in standard diesel engines.

The USB 6 Impeller Stirrer allows custom mixing speeds, impeller designs, and process adjustments, making it adaptable for various varnish formulations, including high-gloss and matte finishes.

The USB 6 Impeller Stirrer optimizes chemical reactions by ensuring proper reactant blending, temperature stability, and homogeneous formulation, improving final product effectiveness.

The oil commonly used in transformers is a refined mineral oil, selected for its excellent dielectric properties and thermal stability, making it suitable for both insulation and effective heat dissipation.

Using high‐shear milling with integrated cooling, such as in the Colloid Mill GlobeCore, minimizes thermal exposure and preserves volatile aromatic compounds. This careful control helps maintain the integrity and potency of the spice’s aroma.

Uniform texture is achieved by controlling processing parameters such as mixing speed, grinding consistency, and temperature. Automated mixers and in-line sensors monitor the emulsion closely, while precise calibration of equipment ensures even distribution of all ingredients. These measures result in a consistently smooth or appropriately grainy texture across large batches.

Its thermal stability, dielectric strength, and fire safety make it perfect for demanding applications.

FR3 fluid provides enhanced fire safety, biodegradability, excellent thermal performance, and long-lasting reliability.

PLCs automate production processes, monitor parameters in real-time, and allow for precise adjustments. They enhance consistency, reduce human error, and optimize overall efficiency.