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UltraMax HX · 9 m working length

Misonics UltraMax HX 9

The bundle trough at nine metres — for the fleet that never needs the full twelve.

≈29,160 L · 28 kHz · 156 kW ultrasonic power · SS316 wetted · POA, quoted to site

≈29,160 LBrim volume
156 kWUltrasonic power
28 kHzFrequency
Look at it first

This is what you are buying

Misonics UltraMax HX immersion ultrasonic tank on the floor during build and testClick to enlarge

The UltraMax platform on the floor during build and test. Click to enlarge.

Photographed during build and test on the UltraMax platform. The dimensioned general arrangement for your machine is issued with the proposal.

Will it fit?

The only question that matters first

Built around the 9 m heat-exchanger bundle — the standard tube length for a large share of Australian process plant. Same trough construction, transducer blocks and generator cabinets as the 12 m machine, cut to the bundles you actually run.

28 kHz — lower frequency, higher cavitation energy, aimed squarely at heavy scale and hard deposit on exchanger bundles.

Where the 9 sits

Specified from the machines either side of it

The 9 m is engineered by interpolation between the built 6 m and 12 m machines — the same tank cross-section, transducer blocks, generator cabinets and steam arrangement as the 12, at three-quarters of the length. Nothing on this page is a new design; it is a proven design at a different length.

Below — HX 6A deep vertical tank for tall workpieces to 2.6 m. HX 6 →
This machine — HX 9The bundle trough at 9 m. 28 kHz, 156 kW, steam or electric heat.
Above — HX 12The full-length trough with 3/6/12 m working zones. HX 12 →

Zoned partitions are available here too — as on the 12 m machine, internal partitions let you fill and heat only the length you are using. Zone lengths are set at design.

If your longest bundle is nine metres, the extra 3.5 m of the 12 is capacity you heat, dose and filter for nothing.
Under test

See the platform running

A tank at this scale is not bought off a brochure. This is the UltraMax platform under test before shipping — transducer banks driving the full volume.

Under test on the floor, transducers running.

Clip is silent and loads only when you press play.

Options

Every option is a priced line in your proposal

Nothing here is a maybe. Pick the options below in the enquiry and the quotation comes back with each one priced — take them or leave them line by line.

Heating — electric or steam

Electric clamp-tube bank with baffles and a fitted temperature sensor, or a steam pipeline where your site already has the plant. Sized to your operating temperature and heat-up window.

Filtration — specified to your deposit

Circulation connections are standard on the tank. The filtration skid — pump, bag housings, valves and instrumentation on one bunded frame — is specified to what actually comes off your parts, with weirs and coalescers where oil comes with them.

Lids and covers

Open tank, manual segment lids, or full-length covers — heat retention, evaporation control and housekeeping at this volume are worth specifying on day one.

Baskets, cradles and fixtures

Bundle cradles, baskets for loose parts, or a custom fixture to your component — whatever puts the load in square and gets it out clean.

Specify the machine below and every option you pick is priced in the proposal. Go to specify & price →

Specification

UltraMax HX 9 — nominal specification

Tank & capacity
Effective tank (L×W×D)9000 × 1800 × 1800 mm · tank lengths can be customised to the bundle
Overall tank (L×W×H)9320 × 2280 × 1950 mm · indicative — freeboard and framing add height
Tank volume≈29,160 L
Max workpieceHeat exchanger / bundle length 9 m
Tank materialSS316, 3.0 mm — wetted parts including plumbing
Transducer housingsSS316L, 2.5 mm
Floor loading0.75 t/m²
Weight≈6 t bare · ≈37 t at working level
Ultrasonics
Frequency28 kHz
Transducer blocks60 submersible blocks
Power per block2.6 kW
Total ultrasonic power156 kW
Power density≈5.35 W/L
Generator cabinets3 (100 A breaker per cabinet)
Services & options
Heating (option)Steam pipeline, or electric
Circulation & filtration (option)Misonics skid, specified to the deposit. Connections standard on the tank.
Drain3" valve · overflow tank and ports
Electrical & support
Power supply415 V / 50 Hz / 3-phase, 5-wire
Max power consumption≈156 kW (ultrasonics; steam heat supplied by site)
Electrical certificationAS3100
Warranty12 months
Indicative lead timeApproximately 80 working days from order
PricePOA — quoted to site, ex GST

Nominal specification, interpolated between the built 6 m and 12 m machines; every figure is confirmed in writing at quotation. Tanks at this scale are quoted as a delivered and commissioned system — installation, services connection and the options you actually need.

Specify & price

Specify your UltraMax HX 9 — and get it priced

POA is not a brush-off. Tell us the duty and the options, and what comes back is a real number on a real proposal — the machine, every option you picked, delivery and commissioning to your site.

1 · The options
Configure the machine

Each choice becomes a priced line. Not sure? Pick “advise me” and we will size it from your duty.

2 · The duty
What are we cleaning?

This is what makes the price real — the deposit and the throughput decide chemistry, heating and filtration.

3 · You
Where the proposal goes
An enquiry, not a commitment. Nothing here excludes rights under the Australian Consumer Law.
UltraMax HX 9

9 m working length · ≈29,160 L · 28 kHz · 156 kW nominal · SS316 — confirmed at quotation

What comes back

  • A priced proposal on paper — the machine plus every option you picked, each as its own line
  • The dimensioned general arrangement for your configuration
  • Delivered and commissioned to your site — freight, installation and services connection included in the number
  • Lead time in writing — specification confirmed at quotation
  • A cleaning trial on your parts before you commit, if you tick it

Rather start from the part?

Build Your Own Tank works the other way round — enter the part and we calculate the tank, the volume and the ultrasonic power.

Proof

In service, on real deposits

All case studies →

Not the right length?

The rest of the range