
High-Capacity Rotary Tumble Dryer for Industrial Laundries
HOZO’s industrial 100kg tumble dryer delivers high-capacity performance for large-scale laundries. Engineered for efficiency, it maximizes productivity in commercial and institutional settings.
- High-Efficiency Drying Technology: Advanced airflow for rapid, uniform drying
- Reversing Drum: Turns both ways during the cycle so loads dry evenly
- Versatile Heating Options: Steam, gas, and electric configurations available
- Robust Stainless Steel Construction: Durable design for commercial reliability
- User-Friendly Touch Interface: Intuitive controls with customizable programs
- Eco-Friendly Operation: Energy-efficient drying with optimized airflow
HG-100 Industrial Tumble Dryer: Specifications and Where It Fits
The HG-100 is a 100 kg industrial tumble dryer with a 2,064 litre drum. Fan, drum drive and controls draw about 5.2 kWh in service, and that figure stays roughly the same whichever heating source you order — which is why heating, not the machine itself, is the number that moves your operating cost.
Key specifications
- Cage: Ø1,450 × 1,250 mm, 2,064 litres, 28 rpm, turning in both directions.
- Heating: steam at 0.4–0.6 MPa, 90–120 kg/h, or gas (LPG / natural gas) at about 6 m³/h. An electric-heated build is available for sites with neither supply.
- Exhaust: 6,000 m³/h through a 310 × 310 mm outlet. Every HG and HSG machine is open-exhaust, so the room needs a way to discharge the moist air.
- Air: two spiral air ducts, each with its own 1.5 kW fan, draw air through the drum and exhaust it.
- Footprint: 1,630 × 2,020 × 2,440 mm, 1,300 kg.
When to choose the HSG-100 instead: the HSG is not an upgraded HG, and the two are sold side by side. In our comparison on a 100 kg towel load, the HSG-100 dried the full batch in 45 minutes where the HG-100 dried 60 kg in the same time, and it used about 100 kg of steam for its 100 kg against about 80 kg for the HG-100’s 60 kg, about a quarter less steam per kilogram of towels. Where energy is the constraint, that is the machine to compare against. For hotel bath towels the HG is the one to keep: it is loaded lighter, so towels have more room to tumble, and its air is heated indirectly, which is gentler on cotton; the towel comes out fluffy instead of flattened and lasts longer. The HG-100 also takes an electric-heated build, which the HSG does not.
High-efficiency tumble dryer Technical
| Model | HG-100 |
| Capacity | 100kg |
Inner drum dimension |
|
| Diameter | 1450 |
| Depth | 1250 |
| Rotating cage capacity | 2064 l |
Inner drum speed |
|
| Cage speed | 28 |
| Rotating cage rotation mode | Bidirectional rotation |
Electrical connection |
|
| Voltage system | 3-Phase AC 380V 50Hz |
| Main motor power | 2.2kw 6P |
| Fan power | 1.5kw 4P x2pieces |
| Total machine input | 5.2kw |
| Electrical heating | 60kw |
| Conductor section – Steam heating – Gas heating – Electric heating |
3x4mm² +1×2.5mm² 3x4mm² +1×2.5mm² 3x25mm² +1x16mm² |
| The supply voltage can be customized as required | |
Steam connection |
|
| Steam inlet | DN 25 (1”) |
| Steam pressure | 0.4-0.6 Mpa |
| Steam consumption | 90-120kg/h |
Air connection(LPG/NPG) |
|
| Gas inlet | DN40 (1.5”) |
| Gas pressure | 0.05-0.08 MPa |
| Gas consumption | 6m³/h |
Drain connection |
|
| Exhaust outlet | 310×310 |
| Exhaust air rate | 6000m³/h |
Machine dimensions |
|
| WidthxDepthxHeight | 1630x2020x2440 |
| Weight | 1300 |
HG-100 Running Costs and Heating Options
What the machine itself draws: Fan, drum drive and controls account for about 5.2 kWh in service. That figure stays roughly constant regardless of which heating source you specify, which is why heating is the number that actually moves your operating cost.
Three ways to heat it: Steam consumption runs 90 to 120 kg per hour depending on load and moisture level. On LPG or natural gas the figure is about 6 m³ per hour. An electric-heated build is rated at 60 kW and consumes roughly 43.2 kWh per hour under standard operating conditions, though at 100 kg capacity that is normally the most expensive option to run and suits sites with no steam or gas supply.
Bidirectional drum, and why it matters for cost: Reversing rotation stops large sheets roping into a ball, which is what causes a load to come out damp in the middle and go back for a second pass. Fewer repeat cycles is a direct saving that never shows on a specification sheet.
Certification and delivery: CE certified against the Machinery, Low Voltage and EMC Directives, with ISO 9001 and ISO 14001 held at company level. Lead time is usually 10 to 15 days from order confirmation.
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More Information
FAQ: HG Series Industrial Tumble Dryer
The HG-100’s 100kg capacity and high-efficiency drying technology make it perfect for processing large volumes of laundry quickly, ideal for industrial laundries and large hotels.
The HG-100 moves air through two spiral ducts, each with its own 1.5 kW fan, and turns the drum both ways during the cycle, so large loads dry evenly. Steam use is 90–120 kg/h; for towels we recommend loading it lighter than the rated 100 kg so the loops stay soft.
Yes, the HG-100 features customizable programs and temperature controls, allowing it to safely and effectively dry a wide range of fabrics used in industrial and hospitality settings.
Our tumble dryers are designed to operate on a standard 380V/50Hz three-phase power supply, suitable for industrial and commercial laundry applications. We also offer customized power configurations to meet the specific voltage standards of any country. Additionally, our dryers come with three versatile heating options: steam, LPG/NG, or electric. This flexibility ensures the dryers can be adapted to various on-premise laundry environments, from hotels and hospitals to restaurants and gyms.
The dryers use advanced heating methods—steam, LPG/NG, or electric—each offering energy-efficient solutions depending on the infrastructure of your laundry facility. Steam heating is ideal for locations with an existing steam supply, while LPG/NG and electric heating are perfect for facilities without central steam systems. The choice of heating method can significantly reduce energy costs and optimize drying times in various on-premise laundry settings, such as hotels, healthcare facilities, and fitness centers.
Regular maintenance of the tumble dryer includes cleaning the lint filter, inspecting the exhaust fan for proper airflow, and ensuring that the selected heating system (whether steam, LPG/NG, or electric) is functioning efficiently. Routine checks help prevent breakdowns, maintain consistent drying performance, and extend the life of the machine. This is especially important for high-traffic laundry facilities like hospitals, restaurants, and large hotels where the dryer is used frequently.
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