Scraped surface heat exchanger-Votator were designed to improve upon issues that their predecessors were having problems with. Scraped surface heat exchanger-Votators incorporate an internal mechanism which periodically removes the product from the heat transfer wall. Most technologies in direct hea   Read More>

Typical product applications Votator® II Scraped Surface Heat Exchangers can be employed in the continuous, closed processing of virtually any pumpable fluid or slurry involving: Food Votator® II Extra Heavy Duty Sauces Tomato Products The Votator® name carries with it the reputation of durability t   Read More>

Why Choose Ftherm® SPA Votator1. Excellent durabilityCompletely sealed, fully insulated, and special design guarantee years of trouble-free operation2. Narrower annular gapThe lower 7mm annular gap is specially made for grease crystallization to ensure more efficient cooling effect3. Higher   Read More>

New SSHE machine is installed in our customer's factory!!!   Read More>

A simple mathematical model of fluid flow in a common type of scraped-surface heat exchanger in which the gaps between the blades and the device walls are narrow, so that a lubrication-theory description of the flow is valid, is presented. Specifically, steady isothermal flow of a Newtonian fluid ar   Read More>

Thermal processing (heating, cooling, crystallization) of high viscous or sticky products, usually containing particles or alter state when thermally processed are managed in chemical, food and consumption industry by scraped surface heat exchangers. These products are in most of the time non-Newton   Read More>

Votator scraped surface heat exchangers have been replacing slow, inefficient batching operations with more uniform, controllable and repeatable continuous processing. The Votator II incorporates the most popular features of the Thermutator and Votator lines, making it extremely easy to maintain.Th   Read More>

Based on a multi-flexible platform, the Votator LD scraped surface heat exchanger is designed to operate under harsh conditions where other heat exchanger technologies can fail or cannot sustain operational efficiency over a longer period. Designed to heat or cool medium and high viscous products wi   Read More>