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HSG-100T Split-Door High-Speed Energy-Saving Tumble Dryer
HOZO HSG-100T split-door industrial tumble dryer features forward airflow technology for 30% faster drying and 25% energy savings. Ideal for high-volume commercial laundries.
- Forward airflow technology for 30% faster drying cycles
- Split-door design for easy loading and unloading of heavy loads
- 25% energy savings compared to conventional industrial dryers
- 100kg large capacity for high-volume commercial laundry operations
- CE, ISO 9001:2015, and ISO 14001:2015 certified quality assurance
HSG-100T Split-Door Industrial Tumble Dryer with Forward Airflow Technology
The HSG-100T is engineered for high-volume commercial laundries that demand both speed and energy efficiency. Featuring our proprietary forward airflow drying system, this 100kg capacity <a href=”/product-category/industrial-tumble-dryer/”>industrial tumble dryer</a> delivers 30% faster drying cycles while consuming 25% less energy than conventional reverse-airflow models.
The split-door design — with separate loading and unloading doors — transforms workflow in busy laundry plants. Operators load from the front while unloaded linen exits from the rear, enabling continuous processing without interrupting the drying cycle. This through-flow design pairs naturally with conveyor systems and downstream <a href=”/ironing-solutions/”>ironing lines</a>.
Built on 30+ years of manufacturing expertise in Shanghai, the HSG-100T uses a heavy-gauge stainless steel drum with optimized perforation patterns for maximum airflow penetration. The variable-frequency drive adjusts drum speed automatically based on load weight, preventing over-drying and fabric damage while maintaining consistent output quality.
How Forward Airflow Technology Works
Traditional industrial dryers use reverse airflow — heated air enters from the rear and exits through the front loading door. This creates uneven drying: linen near the air inlet dries faster while items near the door remain damp, requiring extended cycle times.
The HSG-100T’s forward airflow system reverses this equation. Heated air enters through the front and flows in the same direction as drum rotation, creating a uniform drying environment across the entire load. The result: every item reaches target moisture content simultaneously, eliminating over-drying and under-drying in the same batch.
This efficiency translates directly to operating costs. A 100kg load of bed sheets that requires 55 minutes in a conventional dryer finishes in approximately 38 minutes in the HSG-100T — a measurable reduction that compounds across hundreds of daily cycles.
In conventional dryers, a single door serves for both loading and unloading. This means the machine sits idle during unloading — wasted time that adds up to hours per day in high-volume operations.
The HSG-100T features separate front-loading and rear-unloading doors. While one operator loads the next batch from the front, dried linen exits through the rear door directly onto a sorting table or conveyor. This through-flow design reduces idle time between cycles and supports linear laundry room layouts where equipment is arranged in a production-line sequence: washer → dryer → ironer → folder.
For facilities processing high volumes of hospital linen or hotel sheets, this layout optimization can increase daily throughput by 15–20% without additional equipment investment.
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HSG-100T Technical Specifications
| Model | HSG-100T |
| 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 |
Application Scenarios for High-Speed Energy-Saving Dryers
Central Laundry Plants: Processing 3,000–10,000 kg daily requires dryers that keep pace with high-extract washer extractors. The HSG-100T’s forward airflow technology shortens each cycle by 15–20 minutes, directly increasing daily throughput without adding machines or shifts.
Hotel & Resort Laundries: Guest linen turnaround demands consistent quality at speed. The split-door configuration integrates into linear laundry room layouts, feeding dried linen directly to the flatwork ironer without manual transfer.
Hospital & Healthcare Facilities: Post-disinfection drying requires verified temperature profiles. The HSG-100T’s programmable thermal controls maintain precise temperatures throughout the cycle, with automatic logging for infection control compliance.
Uniform & Workwear Services: Heavy fabrics like coveralls, flame-retardant garments, and industrial uniforms benefit from the forward airflow’s deeper penetration, ensuring complete drying even with dense multi-layer loads.
HSG-100T Split-Door Energy-Saving Tumble Dryer Detail Display
Get Factory-Direct Pricing for the HSG-100T Tumble Dryer
Cut drying time by 30% and energy costs by 25% — without compromising fabric quality. HOZO manufactures every component in our Shanghai factory, delivering industrial-grade performance at factory-direct prices. Contact our engineering team for a customized quotation including voltage configuration, heating type selection (steam/gas/electric), and installation layout design — all at no cost.
More Information
Daily Maintenance:
- Clean lint filter before every shift — reduces fire risk
- Inspect door seal for wear or gaps
- Check exhaust duct for blockages
- Verify temperature readings
Weekly Maintenance:
- Inspect drive belt tension and alignment
- Clean moisture sensors
- Check drum roller bearings for noise
- Verify gas burner or steam valve operation
- Test all safety interlocks
Monthly Maintenance:
- Deep clean exhaust ductwork and lint traps
- Inspect heating elements or heat exchanger
- Check all electrical connections
- Lubricate bearings and moving parts
HOZO industrial tumble dryers deliver reliable high-volume drying:
- Hotel & Resort Laundries — Fast drying of guest towels, bed linen, and pool towels with fabric-safe temperature control
- Hospital & Healthcare Facilities — Post-disinfection drying with verified temperature profiles for infection control
- Central Laundry Plants — Inline operation feeding dried linen to ironers or folding machines
- Uniform & Workwear Services — Heavy fabric drying with deep airflow penetration
- Laundromats & On-Premise Laundries — Energy-efficient operation with automatic moisture sensing
FAQ: HSG-100T Split-Door Energy-Saving Tumble Dryer
What is forward airflow technology and how does it save energy?
Forward airflow technology directs heated air in the same direction as drum rotation, creating uniform heat distribution across the entire load. Unlike conventional reverse-airflow dryers where items near the air inlet dry faster than those near the door, forward airflow ensures every piece reaches target moisture simultaneously. This eliminates over-drying (which wastes energy) and under-drying (which requires re-running), resulting in approximately 25% lower energy consumption per kilogram of linen processed.
What are the advantages of a split-door tumble dryer over a single-door model?
A split-door (or through-type) dryer has separate loading and unloading doors on opposite sides. The key advantages are: (1) Continuous workflow — load the next batch from the front while unloading from the rear, reducing idle time between cycles by 5–8 minutes; (2) Linear layout compatibility — dried linen exits directly onto sorting tables or conveyor belts feeding the ironing line; (3) Hygiene separation — in hospital settings, soiled linen enters from the dirty zone while dried linen exits into the clean zone, supporting infection control protocols.
What heating options are available for the HSG-100T?
The HSG-100T supports three heating configurations: Steam (standard) — most cost-effective where boiler infrastructure exists, operating at 0.4–0.6 MPa; Natural gas/LPG — suitable for facilities without steam supply, with built-in safety controls including flame monitoring and gas leak detection; Electric — available for locations where neither steam nor gas is practical. All heating types use the same drum and airflow system, so drying performance is identical regardless of heat source. The supply voltage can also be customized to match local electrical standards (380V/415V/440V).
How much linen can the HSG-100T process per day?
With a 100kg rated capacity and approximately 38-minute cycle time for standard bed linen, the HSG-100T can process roughly 150–160 kg per hour under continuous operation. In a typical 10-hour shift, that translates to 1,500–1,600 kg of dried linen. For 24/7 operations, daily throughput can reach 3,500–4,000 kg. Actual output varies based on fabric type (towels require longer cycles than sheets), residual moisture after extraction, and ambient conditions.
Is the HSG-100T suitable for hospital and healthcare laundry?
Yes. The HSG-100T is well-suited for healthcare laundry operations. The split-door design supports dirty/clean zone separation required by infection control standards. Programmable drying profiles can maintain verified temperatures (typically 70°C+ for thermal disinfection) with automatic temperature logging for audit compliance. The forward airflow system ensures uniform heat penetration even for dense surgical drapes and isolation gowns. Many hospitals pair the HSG-100T with HOZO barrier washer extractors for a complete infection-controlled processing line.
What maintenance does the HSG-100T require?
Routine maintenance includes: daily lint filter cleaning (2 minutes), weekly inspection of door seals and gaskets, monthly lubrication of drum bearings, and quarterly belt tension checks. The HSG-100T is designed for minimal downtime — all wear components (belts, bearings, seals) are standard industrial parts available worldwide. HOZO provides remote video-guided troubleshooting for overseas installations, and our engineering team can walk your maintenance staff through any procedure via video call.