Commercial Kitchen Equipment & Turnkey Project Engineering
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Steam Jacketed Kettles for High-Volume Batch Cooking

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Steam-jacketed kettles are used where large batches of soups, sauces, stews, stocks and other pumpable or stirrable products must be heated uniformly and discharged safely. The kettle should be selected from usable batch volume, product viscosity, steam conditions, agitation requirement, tilting/discharge method and cleaning workflow.

HSYL central-kitchen engineering content currently uses 200–500 L steam-jacketed tilting kettles as a planning range, with 0.3–0.4 MPa steam pressure and SUS316 inner bowls referenced for acid-sensitive foods such as tomato sauces. These are planning references, not a substitute for the final project specification.

Available Equipment & Model References

Use the table as a shortlist. The signed quotation and current model specification sheet remain the controlling documents for dimensions, utilities, accessories and order scope.

EquipmentProduct CodeProject Fit / Configuration SummaryProduct Page
Commercial Steam-Jacketed Tilting Kettle 100LCK-SJK-100Φ700 mm inner bowl, 100 L nominal; 0.58 m² heat transfer area; 3/4" steam/condensate; 0.55 kW agitator; restaurant and hotel banquet prep.View model
Commercial Steam-Jacketed Tilting Kettle 200LCK-SJK-200Φ800 mm inner bowl, 200 L nominal; 1.12 m² heat transfer area; 3/4" steam/condensate; 0.75 kW agitator; canteen soups, stocks and stews.View model
High-Volume Steam-Jacketed Tilting Kettle 300LCK-SJK-300Φ900 mm inner bowl, 300 L nominal; 1.42 m² heat transfer area; 1" steam/condensate; 1.1 kW agitator; central kitchen sauces and bulk cooking.View model
Industrial Steam-Jacketed Tilting Kettle 500LCK-SJK-500Φ1100 mm inner bowl, 500 L nominal; 2.00 m² heat transfer area; 1" steam/condensate; 1.5 kW agitator; cook-chill commissary production.View model
Heavy-Duty Steam-Jacketed Tilting Kettle 600LCK-SJK-600Φ1200 mm inner bowl, 600 L nominal; 2.30 m² heat transfer area; 1" steam/condensate; 1.5 kW agitator; high-throughput meal batching.View model

Standard Engineering & Parameter Matrix

Standard design parameters for HSYL commercial steam-jacketed tilting kettles (verified engineering benchmark):

ModelCapacityBowl DiameterBowl DepthHeat Transfer AreaSteam / Condensate PortAgitator PowerWorking Steam Pressure
CK-SJK-100100 LΦ700 mm450 mm0.58 m²3/4” / 3/4”0.55 kW (36 r/min)0.09–0.35 MPa
CK-SJK-200200 LΦ800 mm530 mm1.12 m²3/4” / 3/4”0.75 kW (36 r/min)0.09–0.35 MPa
CK-SJK-300300 LΦ900 mm630 mm1.42 m²1” / 1”1.1 kW (36 r/min)0.09–0.35 MPa
CK-SJK-500500 LΦ1100 mm730 mm2.00 m²1” / 1”1.5 kW (36 r/min)0.09–0.35 MPa
CK-SJK-600600 LΦ1200 mm780 mm2.30 m²1” / 1”1.5 kW (36 r/min)0.09–0.35 MPa

How to Specify the Right Configuration

DecisionWhat to Confirm
Working volumeSize from usable product volume per batch and leave process headspace; do not select directly from nominal vessel volume.
Product viscositySoups, sauces and viscous products can require different agitation, scraper or mixing systems.
Steam conditionsConfirm available steam pressure, quality, flow capacity, condensate return and control valve arrangement.
Product-contact materialSUS304 suits many food processes; more aggressive/acidic products can justify SUS316 product-contact surfaces.
Discharge methodTilting, bottom outlet or pump transfer should match the receiving container and downstream process.
Cleaning & safetyPlan access, drainability, operator guarding, isolation and CIP/manual cleaning around the actual recipe.

Typical Applications

  • Soups and broths
  • Tomato and cheese sauces
  • Stews and curry bases
  • Hotel and canteen batch cooking
  • Cook-chill central kitchens
  • Retail deli and commissary production

Engineering & Procurement Notes

  • HSYL steam-jacketed tilting kettles span standard capacities from 100 L to 600 L, with hemispherical inner bowls from Φ700 mm to Φ1200 mm.
  • Engineering design operates at standard low-to-medium steam pressures of 0.09–0.35 MPa (up to 0.40 MPa high-pressure certified options available on request).
  • For acidic products such as tomato puree, barbecue sauces or citrus-based glazes, food-contact inner bowls can be specified in acid-resistant AISI 316 stainless steel with electropolished finish.
  • Tilting mechanism options include manual worm-gear handwheel or automated hydraulic 90° power tilt for seamless integration with mobile receiving totes or pump sumps.

Information Required for an Accurate RFQ

  • Application, menu or ware type and the peak operating duty.
  • Required capacity or batch/rack/production schedule.
  • Available utilities: voltage, phase, frequency, gas/steam/water data where relevant.
  • Installation space, access route and floor plan if available.
  • Destination market and any required compliance/documentation scope.
  • Required quantity, accessories, spare parts and target project schedule.

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FAQ

Steam Jacketed Kettles for High-Volume Batch Cooking Questions

What size steam-jacketed kettle do I need?

Calculate usable batch volume from recipe size, number of batches per shift, heating time, discharge time and required headspace. Share product density and viscosity so the effective working volume can be checked.

What steam pressure is used for HSYL kettle planning?

HSYL current central-kitchen engineering guidance references 0.3–0.4 MPa saturated steam as a typical planning range. The final kettle, relief system and plant steam data must be engineered for the project.

When should SUS316 be used instead of SUS304?

SUS316 can be preferred for acidic or chloride-sensitive product contact. HSYL guidance specifically references SUS316 inner bowls for products such as sauces and tomatoes. Material selection should follow the recipe and cleaning chemistry.

Do I need an agitator or scraper?

It depends on viscosity, solids content and the risk of scorching. Thin soups may not need the same mixing system as cheese sauce, curry, jam or other viscous products.

Can the kettle be integrated into a cook-chill line?

Yes. The kettle must be coordinated with discharge containers/pumps, blast chilling, portioning and clean-room flow so the batch schedule remains controlled after cooking.

What data should be included in the RFQ?

Send product/recipe, kg or litres per batch, batches per hour/shift, viscosity and solids, target temperature, available steam pressure, material preference, agitation/tilting needs, cleaning method, layout and destination.

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