GlobeCore sells the TOR-7 globally, providing delivery, training, and technical support for power utilities and transformer service companies.

You can easily check water and particle contamination in diesel fuel with GlobeCore TOR-6 testers, which provide precise readings without needing lab equipment.

The USB 6 Impeller Stirrer optimizes chemical reactions by ensuring uniform reactant distribution, precise ingredient incorporation, and stable processing conditions, leading to higher efficiency and better yields.

The USB 6 Impeller Stirrer enhances mass transfer rates, reduces mixing time, and ensures homogeneous reactant distribution, leading to improved reaction efficiency.

The USB 6 Impeller Stirrer can be customized with variable-speed impellers, temperature controls, and automated process integration, making it adaptable for different ophthalmic formulations.

PCBs (polychlorinated biphenyls) are no longer used in transformers; they have been banned worldwide due to their environmental persistence and toxicity.

Effective cleaning and sanitation prevent contamination and ensure that the equipment meets strict food safety standards. GlobeCore Colloid Mills are designed with hygienic surfaces and easy-clean features, which simplify maintenance, help avoid cross-contamination, and support compliance with regulatory standards such as GMP and ISO.

The process begins with cleaning, shelling, and roasting peanuts. Next, de-skinning (if necessary) is performed before the nuts are ground into a paste. During grinding, oil is naturally released and blended with the solids. Finally, mixing, homogenization, and packaging take place. For achieving a smooth, uniform texture, equipment like the Colloid Mill GlobeCore is often integrated into the grinding and homogenization stage, ensuring a consistent product throughout the production line.

Packaging is typically automated and synchronized with the production line. Conveyor systems transport mustard to filling stations where automated dispensers measure precise quantities into bottles or jars. Labeling and sealing machines then complete the process. This integration minimizes exposure to contaminants, maintains product integrity, and ensures a consistent, efficient workflow from production to distribution.

The ideal drying temperature for silica gel is between 120°C and 150°C. This range is optimal for safely removing moisture from the silica gel without damaging its structure. Drying at this temperature range ensures the silica gel can be reused for moisture absorption. For businesses needing consistent drying results, GlobeCore provides equipment that maintains the ideal drying temperature automatically, allowing for efficient regeneration of silica gel in larger quantities, making the process faster and more reliable.