Chiller Room Service

    Chiller rooms — 0°C to +8°C for dairy, beverages and packed food

    Walk-in chiller rooms engineered for stable +2°C to +8°C with reliable refrigeration and energy-efficient design.
    • 80 / 100 mm PUF
    • Daikin scroll units
    • Energy-efficient compressors
    • Hygienic, washable interior
    Commercial chiller room interior at 4°C with stainless steel shelves stocked with dairy and beverage cartons

    Typical applications

    Dairy & milk
    Beverages
    HoReCa kitchens
    Packed food
    Bakery storage
    Floral / Bouquet

    Operating Temperature

    0°C to +8°C

    Relative Humidity

    70–85% RH

    Engineering note

    Holding, not freezing. For −18°C see Freezer Room.

    01

    Technical Specifications & Construction

    Every chiller room we build follows the same engineering discipline — sized to your load, not picked off a brochure. Specifications below reflect typical HyperCold builds.

    Panel thickness
    80 mm
    PUF panel density
    40 ± 2 kg/m³ (CFC-free polyurethane)
    Skin
    0.5 mm PPGL / GI pre-coated steel both sides
    Joinery
    Cam-lock with EPDM gaskets
    Refrigeration
    Daikin / Bitzer / Emerson scroll or screw
    Controls
    Carel / Danfoss digital with data-logger
    02

    How HyperCold Designs This Cold Room

    These are the design factors we lock down before quoting. Skip any of these and the project either runs hot, drinks electricity, or under-delivers on shelf life.

    Even airflow

    Critical for packed food and bottled beverages to avoid hot spots.

    Hygienic finishes

    Pre-coated PPGL skin, food-grade gaskets and washable surfaces.

    Door selection

    Hinged for low traffic, sliding for high-traffic kitchens with air curtain option.

    03

    What Drives the Project Cost

    We don't quote square-foot rates — every build is BOQ-priced. The factors below decide where your project lands within a realistic range.

    • 01Room volume (CFT) and panel thickness
    • 02Target temperature band and ambient design conditions
    • 03Refrigeration brand and capacity (TR)
    • 04Floor type (PUF + chequered Al vs heated)
    • 05Door type, ante room, electrical and DG backup
    • 06Civil work and site readiness (Extra)
    04

    Why Operators Choose HyperCold

    Engineered, not assembled

    Heat-load, airflow, panel thickness and refrigeration sized for your commodity and site.

    Line-item BOQ

    Transparent panel, refrigeration, accessory, installation and AMC pricing — no lump-sum surprises.

    Pan-India delivery

    Manufactured at Sirsaganj, Firozabad; installed across India with regional service support.

    Subsidy-ready DPR

    Documentation aligned to NHB, MIDH, MoFPI, AIF and state scheme norms.

    05

    Project Process — Enquiry to Handover

    1. 1

      Step 1

      Site & commodity discovery

      Capacity, commodity, temperature, ambient, power and site access.

    2. 2

      Step 2

      Heat-load & BOQ

      Engineered heat-load, panel and refrigeration sizing, line-item BOQ.

    3. 3

      Step 3

      Fabrication & dispatch

      PUF panel manufacturing at our Firozabad plant, packaged for pan-India dispatch.

    4. 4

      Step 4

      Installation & commissioning

      On-site panel erection, refrigeration installation, leak test, pull-down and handover.

    5. 5

      Step 5

      AMC & uptime

      Annual maintenance contract with response SLA and spares planning.

    06

    Scope split — what we deliver, what your site provides

    Clear scope upfront avoids the most common project-cost surprises. Items marked "subject to" are finalised after technical site evaluation.

    HyperCold scope

    • Heat-load and refrigeration sizing (BOQ-based)
    • PUF panel manufacturing at our Firozabad plant
    • Refrigeration unit supply, piping, charging and leak test
    • On-site panel erection, door fitting and commissioning
    • Control panel, sensors and data-logger (where applicable)
    • Operator handover, AMC kick-off and warranty documentation

    Client / site scope

    • Civil work — floor, walls, foundation, plinth (subject to final site inspection)
    • 3-phase electrical supply up to the project room (load to be confirmed after technical evaluation)
    • Earthing pit, MCB / RCCB at the LT panel side
    • Water supply for installation and cleaning
    • Site access — crane / hydra movement, internal pathway and unloading zone
    • Any local permissions (fire NOC, FSSAI, pollution clearance) — subject to scheme guidelines
    07

    Common mistakes we help clients avoid

    Most of these surface only after commissioning, when fixes are expensive. Catching them at quotation stage protects both shelf life and capex.

    01

    Sizing the room on square feet, not on heat load

    Two rooms of the same size can need very different TR depending on commodity, ambient, door openings and infiltration. Always insist on a heat-load worksheet.

    02

    Skipping the ante room to save cost

    An ante room cuts heat ingress on every door open and reduces ice formation on the evaporator — savings on electricity usually recover the capex.

    03

    Under-sizing electrical supply or skipping DG backup

    Cold rooms run year-round. A weak LT supply or no DG plan turns every grid outage into a spoilage event.

    04

    Treating subsidy as a guarantee

    Subsidy eligibility depends on project type, beneficiary category, scheme notification and department verification. Plan financials independent of subsidy approval.

    08

    Reference visuals & build photos

    Indicative engineering visuals — actual build configuration depends on commodity, capacity and site.

    Commercial chiller room interior at 4°C with stainless steel shelves stocked with dairy and beverage cartons
    Chiller Room — engineered build by HyperCold.
    Dairy chiller room interior
    Dairy chiller at +2 to +4°C with hygienic PPGL skin.
    Refrigeration outdoor unit
    Daikin scroll condensing unit on plinth with service clearance.
    Walk-in chiller interior
    Walk-in chiller with even airflow for packed-food load.
    HoReCa cold backroom
    HoReCa back-of-house chiller with sliding door + air curtain.
    09

    How HyperCold Chiller Room compares

    Indicative comparison between a typical local fabricator approach and an engineered HyperCold build. Final scope is confirmed after site inspection.

    Build factorTypical local fabricatorHyperCold engineered
    Sizing basisSquare-feet thumb ruleHeat-load worksheet per commodity & ambient
    Panel & skinGeneric PUF, mixed skinPPGL / GI both sides, 40 ± 2 kg/m³ PUF, cam-lock
    RefrigerationLocally sourced, no brand commitmentDaikin / Bitzer / Emerson — sized to TR
    DocumentationSingle-line quoteLine-item BOQ + DPR aligned to subsidy norms
    Controls & dataMechanical thermostatCarel / Danfoss digital with data-logger
    Handover & AMCVerbal warrantyWritten warranty, SLA-backed AMC, spares planning
    10

    Frequently Asked Questions

    Subsidies & finance that may apply

    Eligibility depends on project type, applicant category, state and current government notification. Below is indicative — verify with the official scheme portal before applying.

    PMFME — Micro Food Processing

    Credit-linked subsidy for micro food processing units including small cold rooms.

    Read scheme details

    MoFPI Integrated Cold Chain (PMKSY)

    Grant-in-aid for integrated pre-cooling, IQF, blast freezing, CA and reefer logistics.

    Read scheme details

    State Subsidy Schemes

    State Horticulture, Food Processing, SC/ST and SHG components vary by state action plan.

    Read scheme details

    MSME & Bank Finance (CGTMSE, SIDBI, NABARD)

    Term loan and working capital options via scheduled banks, SIDBI, NABARD and cooperatives.

    Read scheme details

    Ready to scope your chiller room?

    Share your product, room size, and target temperature. We'll send a BOQ-priced quote with PUF, refrigeration, installation, and AMC — pan-India delivery from Sirsaganj, Firozabad.

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