Specified, Never Substituted
Nord and SEW motors, Danfoss and Delta drives, Aluminium 6063 T6 blades. The bill of materials does not get downgraded to meet a number.
Eighty percent of our orders come from customers who have bought before. Each film below is one of the reasons they give.
Nord and SEW motors, Danfoss and Delta drives, Aluminium 6063 T6 blades. The bill of materials does not get downgraded to meet a number.
Two years of design development before a single fan was sold, and more than 7,000 running since.
SS wire rope around every bolted joint, Nyloc self-locking nuts throughout, an anti-fall mounting bracket on the gearless range, and a safety ring interlocking the blades.
A dedicated 20,000 sq.ft. plant, our own technicians, and service across 16 cities.
USP wording is placeholder — awaiting the final list from Austar
More than 7,000 fans running across manufacturing, logistics, automotive, FMCG and institutional facilities — and eighty percent of our orders come from customers already on this wall.
Reference visits to a running installation near you can be arranged on request.
Five geared models driven by German make gear motors, and six direct drive gearless models that run below 40 dB with no gear oil. The geared range is CE certified by TUV Nord; the gearless range is built to comply with the same CE requirements.
Eighty percent of our orders come from customers who have already bought from us once. These are the six reasons they give.
Nord and SEW gear motors. Danfoss and Delta drives. Aluminium 6063 T6. Unbrako and TVS fasteners. The bill of materials does not get downgraded to meet a number — what is quoted is what is built.
Two years of design development before a single fan was sold, and more than 7,000 running since. Eight years of field data behind every selection we make for you.
VFD speed and forward / reverse control, a BMS-compatible interface, plug-and-play cabling and a keypad your operator can actually use. Summer and winter from the same fan.
SS wire rope around every bolted joint, Nyloc self-locking nuts throughout, high tensile 10.9 grade fasteners, and on the gearless range an anti-fall mounting bracket plus a safety ring interlocking the blades. Each one holds on its own.
Certified by an independent third party — not a self-declared mark. That is what makes them specifiable for institutional tenders and for export.
Not a side line to a trading business. A dedicated 20,000 sq.ft. plant, our own technicians, spares held against all eleven models and service across 16 cities.
An Austar fan costs a little more than the lowest number you will be quoted. Here is exactly where that difference goes — and what is taken out of a fan to reach the lower price.
| Component | Where a cheaper fan saves | What Austar specifies |
|---|---|---|
| Blade Mounting Hub | Fabricated or lower-grade casting, untested | Single piece LM6 die cast, radiography tested for internal cracks |
| Gear Motor | Local motor not rated for sustained overhung load | Nord or SEW German make, IE2, IE3 on special request |
| Blades | Thinner section, single rib, unspecified alloy | Aluminium 6063 T6, broadest section available, two ribs |
| Hanging Structure | Untested steel, uncertified welding | IS 2062 tested material, certified welders |
| Secondary Restraint | None — one load path, one point of failure | SS wire rope on every bolted joint, Nyloc nuts throughout, 10.9 grade fasteners |
| Drive & Control | Fixed speed, no reverse, no seasonal control | Danfoss VFD on geared, Delta on gearless, IP54 panel, BMS compatible |
| Certification | Self-declared, or none | CE certified by TUV Nord, an independent third party |
| After The Sale | Trader with no plant and no spares | Own 20,000 sq.ft. plant, own technicians, spares for all eleven models |
Thirteen industries, each with its own ventilation problem and its own answer. Pick yours to see recommended models, mounting guidance and installed references.
Over a 15,000 sq.ft. floor, the arithmetic is not close. A conventional arrangement runs at roughly 2.5 W per sq.ft. of covered area. An HVLS arrangement covering the same floor runs at roughly 0.1 W per sq.ft.
Every enquiry goes through the same sequence. The optimisation step is the one most suppliers skip — and it is the one that routinely takes a fan or two out of the count.
Understanding the purpose, application and comfort expectation for the space.
Shed dimensions, roof height, floor layout, obstructions and hanging arrangement.
Checking whether HVLS is the right fit and what the structure can carry.
Choosing fan diameter, drive type and quantity for uniform coverage.
Reworking the layout to reduce total fan count without losing coverage.
Techno-commercial offer with GA drawing and layout marked for your facility.
HVLS is our core business, not a side line. That is what makes lifetime support possible on every fan we ship.
Before a single fan is quoted, we work out whether HVLS is right for your building, what size fits, and how many you actually need. The study is free and comes back with a layout drawing.
Learn MoreDispatch, site handling, hanging structure fitment, panel mounting, VFD commissioning and operator briefing — done by our own qualified technicians.
Learn MoreScheduled visits, a fixed checkpoint list, spares held against your models and a service network that reaches 16 cities.
Learn MoreA sample from more than 7,000 fans installed across manufacturing, logistics, institutional and hospitality facilities.
Sample content — awaiting client confirmation
Uniform air movement across the full floor plate, replacing 90+ wall mounted circulators.
Three numbers is all it takes for an indicative answer. For the exact count and a layout drawing, request the free feasibility study.
Enter your shed area and roof height for an indicative recommendation.
Written by the people who actually do the feasibility studies — the sizing method, the running-cost arithmetic, and what changes from one industry to the next.
Diameter, roof height and floor plate shape decide the answer far more than shed area alone. Here is the method we use in a feasibility study.
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Send us your shed details and we will answer it against your actual building.
Area, roof height and what the space is used for. We come back with a fan size, a quantity and a layout drawing — free of charge.
Send us your shed dimensions and roof height. We will come back with a fan size, a quantity and a layout drawing — free of charge.
Send us the basics and our team will respond within one working day.
Give us your shed bay by bay and we come back with a fan size, a quantity and a layout drawing — no charge, no obligation.
Measure each bay on its own — length, width, and roof height from the floor to the underside of the truss. Then take two or three photos looking straight up at the roof, so we can read the roof type and the hanging arrangement.