Blast Chiller Manufacturer in Karnataka —
HACCP-Compliant Blast Chillers for Commercial Kitchens

Manufactured in Karnataka. Installed Across Karnataka. Free Site Visit Available.

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Blast Chiller Manufacturer

A blast chiller is not optional for any commercial food operation that cooks in bulk and serves later. HACCP food safety standards require that cooked food be chilled from +70°C to below +3°C within 90 minutes — a window that is physically impossible to achieve in a conventional refrigerator or cold room. A blast chiller does this as a matter of course, protecting your customers from foodborne illness and protecting your business from a health inspection failure.

As a blast chiller manufacturer in Karnataka, we supply and install HACCP-compliant blast chilling equipment for hotel chains, hospital kitchens, airline catering facilities, school lunch programmes, cloud kitchen networks, and food manufacturers with cook-chill production lines. Our blast chillers are specified for your menu volume, your food category, and your kitchen layout — because a blast chiller that cannot handle your peak production quantity provides no protection at all. We supply both standalone blast chiller cabinets for smaller kitchens and large walk-in blast chilling rooms for central commissary and industrial cook-chill operations. All units include core temperature probe ports, automated chilling cycle documentation, and compliance reporting for FSSAI and HACCP audits.
Technical Definition

Understanding the Cold Room Ecosystem

A cold room is a thermally insulated, mechanically refrigerated enclosed space designed to maintain a specific temperature range for the storage or processing of temperature-sensitive goods. Cold rooms can be as small as 50 sq. ft. for a hotel kitchen or as large as 50,000 sq. ft. for a multi-commodity cold storage warehouse.

They are constructed using PUF (Polyurethane Foam) insulated panels for walls, ceiling, and floor, and powered by a mechanical refrigeration system comprising a compressor, condenser, evaporator, and expansion device. Temperature ranges for standard cold rooms are typically 0°C to +10°C, though custom configurations can achieve anything from +18°C (ripening chambers) to −40°C (blast freezers).

Engineering Attributes

Key Features & Technical Specifications

  • HACCP-compliant temperature reduction: +70°C to +3°C in ≤90 minutes
  • Core temperature probe — automatic cycle termination at target core temp
  • Multiple chilling programs: soft chill (delicate products) | hard chill | blast freeze mode
  • Digital cycle logging — automatic documentation for HACCP records
  • High-velocity air circulation — EC fan motors, variable speed for different food types
  • Stainless steel interior and exterior — commercial kitchen hygiene compliant
  • GN 1/1 tray compatible — standard gastronorm rack system
  • Automatic defrost between cycles — ready for next batch without delay
  • Door ajar alarm and temperature alarm — operational safety
  • Walk-in blast chilling room option — for large-volume cook-chill operations

Technical Specifications Matrix

Specification Detail
Chilling Cycle +70°C to +3°C in ≤90 minutes (HACCP compliant)
Blast Freeze Mode +70°C to −18°C in ≤240 minutes
Air Velocity Up to 10 m/s (variable by program)
Programs Soft chill | Hard chill | Blast freeze | Custom
Core Probe Single or multi-point — automatic cycle control
Interior Stainless Steel SS304 — commercial kitchen grade
Tray System GN 1/1 compatible | Custom rack on request
Logging Digital cycle log | HACCP documentation output
Defrost Automatic between cycles
Refrigerant R-452A | R-404A
Power Supply Three phase (large units) | Single phase (small units)
Installation 3–7 working days (cabinet) | 10–14 days (walk-in room)
Target Deployment

Industries That Rely On Our Cold Rooms

Hotel Kitchens — bulk cooking and next-day service operations
Hospital & Institutional Kitchens — high-volume cook-chill patient meals
Airline Catering — HACCP-mandatory blast chilling for flight meals
Cloud Kitchens — batch cooking and delivery-ready meal preparation
School Mid-Day Meal Programmes — large-volume institutional cook-chill
Food Manufacturing — cook-chill ready meal production lines
Central Commissary Kitchens — bulk preparation for multi-outlet distribution
The CSIPL Commitment

Accountability Vetted Through Performance

Every Blast Chiller we manufacture goes through a 12-point quality check before leaving our Chennai facility. Our in-house engineering team handles design, fabrication, delivery, installation, and commissioning — giving you a single point of accountability and a faster, cleaner project. We back every unit with a 1-year comprehensive warranty, offer a free site visit across Karnataka, and provide AMC support with a 24-hour response SLA. Compare that to suppliers who sell panels from a catalogue and outsource installation to local contractors.

12-Point Comprehensive Quality Validation
In-House Design & Assembly Loops
Guaranteed 24-Hour AMC Support SLA
Zero Outsourced Production Lines
Streamlined Procurement

Ready to Get Your Cold Room? Here’s How to Start

Getting a cold room built and installed in Tamil Nadu is simpler than you think. Fill the form below or call us directly — our engineer will visit your site within 48 hours, take measurements, calculate your cold load, and deliver a detailed, itemised quotation. No obligation. No advance payment required to get a quote.

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Fill out our form or call +91 9392180074

02
Free Site Assessment

An application engineer visits your target operational site within 48 hours.

03
Detailed Quoting

Receive a comprehensive configuration quote panel layout within 24 hours.

Frequently Asked Questions

A blast chiller rapidly reduces cooked food temperature from +70°C to +3°C within 90 minutes — a HACCP food safety requirement. Standard refrigerators and cold rooms cannot achieve this safely because they take 4 to 8 hours to chill hot food, allowing bacterial growth in the danger zone (+8°C to +63°C). Any commercial kitchen that cooks in bulk and serves later requires a blast chiller for food safety compliance.

A blast chiller reduces food temperature to +3°C for short-to-medium term chilled storage (1 to 5 days). A blast freezer reduces food temperature to −18°C for long-term frozen storage. Many modern units offer both modes. For cook-chill production (same-week service), a blast chiller is sufficient. For cook-freeze production (longer shelf life), a blast freezer is required.

FSSAI Schedule 4 and HACCP principles require that cooked food be chilled through the temperature danger zone as rapidly as possible. In practice, FSSAI inspectors and third-party HACCP auditors for 5-star hotels, hospital kitchens, airline catering, and export food facilities require documented rapid chilling — which means a blast chiller. Contact us for guidance on your specific certification requirement.

Blast chiller capacity is measured in kilograms per cycle. A 40 kg blast chiller handles approximately 4 full GN 1/1 trays of food per cycle. For a hotel kitchen preparing 500 covers per meal, you may need 2 to 3 cycles — so a 40 to 60 kg unit is typical. Our engineer will calculate the right capacity based on your production volume and service timeline.

Many of our blast chiller units offer a dual-mode blast freeze function that takes food to −18°C. This is useful for production kitchens that need to freeze some batches for longer storage. If blast freezing is a primary requirement, we recommend a dedicated blast freezer room for higher volume and lower operating temperatures (−35°C to −40°C).

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