Your Professional Mash System Supplier for Brewery Equipment

 

The Mash System is the engineering heart of any modern commercial brewhouse. It is responsible for converting crushed malted grains into fermentable sugars through precisely controlled thermal profiles and enzymatic conversion. This stage directly dictates the final beer’s attenuation, body, foam stability, color, and flavor profile.

Our brewhouse mash systems are engineered to meet the rigorous demands of craft breweries, microbreweries, and large-scale industrial beer production facilities. Available in manual, semi-automated, and fully automated configurations, these systems ensure maximum extract efficiency and batch-to-batch consistency.

 
 

Comprehensive Technical Parameters

 

Parameter

Specifications & Capabilities

Capacity Range

50 Liters to 500 Hectoliters (HL) per batch

Primary Material

Premium SUS304 / SUS316L Stainless Steel

Heating Method

Low-pressure Steam Jacket / Electric Element / Direct Fire

Insulation Layer

80mm to 100mm high-density rock wool or polyurethane

Internal Surface Finish

Mirror polished to Ra less than or equal to 0.4 microns

External Surface Finish

Oil-brushed or 2B matte finish

Automation Level

Semi-automatic button control / Fully automated PLC touch panel

Global Electrical Compliance

220V / 380V / 415V / 460V (Customized to regional industrial standards)

 

Premium Engineering & Performance Highlights
 

Precision Temperature Control: High-accuracy RTD sensors (PT100) ensuring temperature tolerances within ±0.5°C for strict adherence to mashing schedules.

 

Food-Grade Sanitary Materials: Certified Stainless Steel 304 or 316L. All internal welds are completely ground, smooth, and passivated.

 

Advanced Automation Integration: Control options ranging from intuitive touchscreens to comprehensive PLC systems (powered by global brands like Siemens or Schneider) featuring remote monitoring capabilities.

 

Energy-Saving Insulation: High-density polyurethane or rock wool insulation (80mm to 100mm) wrapped in a fully welded stainless steel outer shell to reduce thermal radiation losses.

 

Oxygen Pick-up Prevention: Underletting capabilities and bottom-fill designs minimize wort aeration during transfers, preserving beer freshness and stability.

 

High-Efficiency Mash/Lauter Vessels: Equipped with heavy-duty internal agitation, variable frequency drive (VFD) motors, and computer-designed rakes with automatic spent grain discharge out-doors.

 

Milled False Bottom: High-precision, removable wedge-wire plates (0.7mm gap) in the lauter tun to maximize liquid flow while retaining grain beds.

 

Advanced Heating Technology: Dimple-jacketed steam heating zones on the bottom and sidewalls, ensuring high thermal transfer rates without scorching the mash.

 

Sanitary Piping Network: Complete DIN/Tri-clamp sanitary process piping with pneumatic or manual butterfly valves, designed for complete drainage.

 

Integrated CIP Units: Dedicated, high-impact rotary spray balls within each vessel for comprehensive 360-degree automated cleaning.

 

Multi-Functional Mash System

 

Manufacturing Excellence & Vendor Credentials

Partnering with us grants you access to world-class manufacturing standards:

 

  • Over 15 years of dedicated brewhouse and cellar tank fabrication experience.
  • Proven deployment history with equipment operating reliably across over 100 countries.
  • Complete turnkey capabilities encompassing facility layout, pipe routing, and process engineering.
  • Strict QA/QC protocols, including comprehensive 48-hour pressure testing and dye penetrant weld testing.
  • Supervised field installation, brewery commissioning, and long-term remote engineering support.

 

Process Flow & Technical Working Principle

A highly optimized mash system synchronizes multiple biochemical reactions. The overall operational workflow includes:

 

Malt Hydration:

Homogeneous mixing of grist and hot liquor via a specialized grist hydrator to eliminate dry spots and beta-glucan gumming.

 

Enzymatic Mashing:

Precise step-mashing control to activate specific enzymes (Acid Rest, Protein Rest, Beta-Amylase, and Alpha-Amylase steps).

Wort Separation (Lautering)

Gravity or low-shear pumping transfer to the lauter tun for high-efficiency wort filtration.

Wort Boiling & Kettle Hopping

Vigorous boiling to sterilize the wort, coagulate proteins (hot trub), evaporate unwanted volatiles (like DMS), and isomerize hop alpha acids.

Whirlpool Clarification

Tangential entry to create a perfect trub cone, ensuring bright, clear wort enters the fermenters.

 

Brewhouse Configuration Options
 

We engineer flexible vessel configurations to align with your floor space, brewing frequency, and budget targets:

2-Vessel Brewhouse

Vessels: Mash/Lauter Tun + Kettle/Whirlpool
Best For: Microbreweries, brewpubs, and space-constrained startup projects.
Advantage: Highly compact footprint, low thermal loss, and cost-effective capital investment.

3-Vessel Brewhouse

Vessels: Mash Tun + Lauter Tun + Kettle/Whirlpool (or Mash/Lauter + Kettle + Whirlpool)
Best For: Growing craft breweries requiring 2 to 3 brews per day.
Advantage: Allows simultaneous mashing and boiling, significantly reducing overall turnaround time.

4-Vessel Brewhouse

Vessels: Mash Tun + Lauter Tun + Brew Kettle + Whirlpool Tank
Best For: Industrial-scale breweries and high-volume operations running multi-shift continuous brewing (4+ brews per day).
Advantage: Maximum throughput, specialized vessel sizing, and minimal idle time.

 

Global Applications

 

 

Our commercial mash systems are versatile assets utilized across various market sectors:

 

  • Regional production craft breweries
  • Urban microbreweries and commercial brewpubs
  • Large-scale commercial beer manufacturing plants
  • Pilot brewing facilities for recipe development
  • University brewing science programs and R&D laboratories

 

 
Tailored Customization Options
 

We recognize that no two breweries are alike. Our engineering team provides custom solutions:

01/

Custom Footprint Engineering: Tailoring vessel height, width, and deck layout to fit strict ceiling clearances or irregular floor plans.

02/

Heating Infrastructure Support: Designing specific steam piping hookups or choosing multi-stage electric elements based on local utility costs.

03/

Regional Certification Compliance: Manufacturing vessels in accordance with specific pressure standards and electrical codes (such as CE, PED, ASME, UL, or CSA).

04/

Recipe-Specific Upgrades: Adding external wort stripping columns, decorative copper cladding, or automated hop dosing systems.

 

FAQ

 

Q: How do I choose between steam, electric, and direct fire heating for my mash system?

A: Steam heating is preferred for systems over 10HL due to its precise temperature control, uniform heat distribution, and effective prevention of scorching. Electric heating is a cost-effective and efficient solution for smaller microbreweries (5HL–10HL) where utility space is limited. Direct fire heating is a traditional method used by certain craft brewers to achieve caramelization flavor profiles, but it requires careful operation to avoid localized hot spots.

Q: What material certifications do your mash systems carry?

A: All vessels are manufactured using certified food-grade SUS304 or SUS316L stainless steel. Upon request, we can provide material mill certificates, pressure vessel certifications (CE, PED, ASME), and electrical component compliance certificates (UL, CSA) to meet different regional regulatory requirements.

Q: How does your automation system improve batch consistency?

A: Our Siemens or Schneider PLC control systems allow operators to store and execute pre-programmed multi-step mashing profiles. By automating temperature ramps, valve switching, and rake speed control, human error is eliminated, ensuring consistent extract efficiency and stable flavor profiles across every production batch.

Q: What is the typical lead time for a custom-engineered brewhouse?

A: Depending on system capacity, structural complexity, and required certifications, production typically takes 60 to 90 days. Shipping time, customs clearance, and on-site commissioning duration will vary based on the destination country and project scale.

Q: Can your systems be expanded if my production demand increases?

A: Yes. Our systems are designed with scalability in mind. Piping layouts and control systems allow seamless upgrades from a 2-vessel to a 3-vessel configuration, as well as integration of additional hot or cold liquor tanks as your brewery expands.

We're professional mash system manufacturers and suppliers in China, specialized in providing high quality products and service. We warmly welcome you to buy high-grade mash system for sale here from our factory. Contact us for more details.

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