3000L Steam Heated Hot Liquior Tank With 100% TIG Welding And Tri-clamp Connections

Stainless Steel Vertical hot Liquor Tank Introduction

Specifications :

* Capacity: 100L-10T

* Thickness : 3mm

* Materials: SUS304

* Appearance : Sealing Ellipsoidal head left and right , horizontal type

* Inside the tank the Work pressure is atmospheric

* Accessories

(1): Feeding hole & Discharge hole ,

(2): Breathing hole ,

(3): Sanitary Quick-open manhole ,

(4): Glass tube liquid meter ,

(5): 360°automatic cleaning ball

(6): Spare hole etc.

Function Of Hot Liquior Tank

This is a kind of stainless steel tank/ vessel. It can be used for storing chemicals inside or producing chemical products by reaction. It can be used in brewing, foodstuff, beverage, pharmaceutical industry, adhesive production and other chemical industries. It has great advantages as the following:

A) Good quality materials (eg: SS plates, flanges, pipes, bolts, nuts, etc. ) made and sourced from validated manufacture; The material of the tank is anti-corrosion and abration resistant.

B) Fine procedure conducted by qualified and skilled workers. The quality ratio of welding seams can reach 95% before RT.; The internal and external surfaces are polished, with roughness of Ra0.02um.

C) Fine appearance. The surface of the machine (both inside and outside) looks good and feels smooth, and welding seams are treated perfectly, so you cann't easily find the trace of welding.

D) Strict inspections following each production procedure (material incoming, component forming, welding, assembling, surface treatment, final completion).

E) Environment- friendly; All these equipments are manufactured as per optional standard of GMP, ISO9001 and others to meet our customers' requirements. The reactor can be made in variable specifications and different sizes according to our customers' need.

F) While boiling, it is useful to recover some of the energy used to boil the wort. On its way out of the brewery, the steam created during the boil is passed over a coil through which unheated water flows. By adjusting the rate of flow, the output temperature of the water can be controlled. This is also often done using a plate heat exchanger. The water is then stored for later use in the next mash, in equipment cleaning, or wherever necessary