Mash tuns are vessels that are used for crushing grains and extracting sugars. Mash tuns are a vital component of the brewing process, as they are used to extract the sugars from malted grain that will eventually become beer.
The wedge wire false bottom for the mash tun will improve efficiency and lautering speed in brewing industries. This type of false bottom is used to separate the mash from the liquid that is left behind, as well as to hold back solids and other materials that can clog the system.
We can provide wedge wire mash tun bottom custom and design services for your brewing industries.
The wedge wire false bottom is composed of v-wire profiles and support profiles. The material is food-grade stainless steel to ensure the highest possible level of cleanliness and hygiene.
Moreover, Wedge wire mash tun false bottom is available in pie-shaped sections or parallel with each section resting on beams, bolted or fused to the subsequent screen. The connecting bars are either flush or projected beyond the screening area. (Tips: Type, size, specification, and opening area can be customized according to requirements)
Brewers have relied on wedge wire false bottoms for decades, and it has proven itself to be an effective and reliable solution for mash tuns. If you’re looking for an affordable and reliable way to improve the performance of your mash tun, a wedge wire false bottom is an excellent option.
Centrifuge baskets are important mineral processing equipment. The baskets have long-lasting wear life and dewatering properties. Custom wedge wire centrifuge baskets can greatly increase the efficiency of your centrifuge and minimize maintenance and downtime.
During the starch production process, starch granules are separated from other impurities through screening to ensure the purity and quality of the final product. As an advanced solid-liquid separation equipment, the sieve bend screen is important.
Media retention filter nozzles also known as filter underdrain nozzles, are crucial components in liquid filtration systems. They are used to retain filter media and support the filtering process.
Parabolic screens are important screening equipment in mineral processing. It effectively compensates for limitations such as general screen clogging, blindness, and rapid wear.