Mixers
Gold-Bar specializes in the design, supply, and manufacturing of industrial agitators and mixers.
chemical, food and pharmaceutical industries. Effective mixing ensures consistent product quality, controlled heat transfer and reliable process performance.
Gold-Bar designs and manufactures mixers tailored to each process, including magnetic mixers for sterile applications, impeller systems such as Rushton, Hydrofoil and Marine Propeller, and combined mixers for high-viscosity and emulsion processes. Materials include stainless steel 316L, titanium, Hastelloy and Duplex alloys for demanding chemical environments.
Using the CerebroMix simulation platform, each mixer is engineered for optimal flow, shear rate and energy efficiency. With more than 30 years of experience, Gold-Bar delivers reliable, customized mixing solutions built for long-term industrial operation.
Gold-Bar Design
Professional engineering design for industrial agitators begins with selecting the appropriate impeller geometry, flow pattern and construction materials for the specific process requirements. Strength calculations, flow analysis (CFD) and the use of metals such as stainless steel, titanium or Hastelloy ensure stable operation even in corrosive or high-viscosity media. Combining extensive experience with advanced engineering tools enables the production of efficient, reliable and durable agitators that deliver uniform mixing, reduced wear and long-term continuous performance.
Double Seal
Designing a double mechanical seal for pressure vessels requires precise matching between the sealing-face geometry, the process media and the operating pressures. Strength calculations, thermal and flow analysis, and the selection of materials such as silicon carbide, tungsten carbide, stainless steel, titanium or Hastelloy ensure full durability even in corrosive or flammable environments. A controlled barrier system, combined with advanced engineering tools, enables long-term reliable sealing, reduced wear and high operational safety — essential for pressure systems in the chemical, food, energy and pharmaceutical industries.