Property management
- Typical site
- Underground car parks / property facilities
- Why it fits
- On relatively continuous car-park routes, ride-on operation can reduce prolonged pushing along bays and main aisles.
Jinjie Floor Scrubber
Jinjie J-D8SL 810 mm Twin-Brush Ride-On Floor Scrubber
The Jinjie J-D8SL is a twin-brush ride-on scrubber for continuous commercial and workshop hard floors, with 810 mm coverage and 110 L/110 L tanks. Assess recovery edges, turning and replenishment together.
Established in 2004 | Site-trial discussion | Service support across China
Theoretical calculation speed:10 km/hTheoretical cleaning coverage (calculated)8100㎡/hWebsite theoretical comparison calculation; not actual productivity.
Commercial shared areas
- Typical site
- Shopping centres / shared areas
- Why it fits
- Coordinate shopping-centre cleaning with pedestrians and floor-maintenance needs, following accessible shared routes.
Factories / warehouses
- Typical site
- Factories / warehouses
- Why it fits
- Open factory and warehouse floors allow zoned ride-on work. Check contamination and filling/draining points first.
Start with your site
What would you like to clean?
Site conditions, configuration and selection
How would J-D8SL work on your site?
Separate the continuous working area from the doorways, column edges, and around equipment. J-D8SL should be combined with 1100 mm squeegee and the actual measured passage of the entire machine's outline, recording the total time for brushing, recovery, water replenishment, and final cleanup; retain its independent model and configuration, and do not use the main view, parameters, or efficiency metrics of J-D9R.
Factory hard floors
Floor surface, dirt properties, obstacles, and operating hours
Warehouse and continuous passage
Clearance between shelves, connection sections, corners, and pedestrian and vehicle traffic
Property and parking areas
column grid, slope, drainage, and ground condition.
Commercial shared areas
Pedestrian hours, storage, charging, and cleaning frequency.
| Site | Configuration and operating conditions to check | J-D8SL recommendation |
|---|---|---|
| Factory hard floors | Floor surface, dirt properties, obstacles, and operating hours | First, separate the particles and special contaminants, then check if the machine's brush washing and recycling are compatible. |
| Warehouse and continuous passage | Clearance between shelves, connection sections, corners, and pedestrian and vehicle traffic | Include the entire machine and the water-absorbing components in the actual measurement, without using the cleaning width as a substitute for the passage conditions. |
| Property and parking areas | column grid, slope, drainage, and ground condition. | Arrange the route and water supply and drainage according to the site conditions; the slope capability must be confirmed based on the machine's data. |
| Commercial shared areas | Pedestrian hours, storage, charging, and cleaning frequency. | First confirm the parking and supply conditions as well as maintenance requirements, then organize shifts according to actual cleaning needs. |
The above is a reference for on-site judgment, and no commitment is made that all similar sites are applicable.
Typical applications
Continuous hard-floor applications to assess for J-D8SL
Underground car parks / property facilities
View detailed analysis →Underground-car-park and property passages
Relatively continuous routes allow a ride-on to scrub and recover water by zone.
Shopping centres / shared areas
View detailed analysis →Shopping centres and shared areas
Busy pedestrian areas need scheduled cleaning and prompt reopening checks.
Factories / warehouses
View detailed analysis →Factory and warehouse hard floors
For larger areas and longer routes, check access, turning and filling/draining carefully.
Cleaning challenges
Why consider ride-on work organisation as the area grows?
Do not select a ride-on by machine size alone. Assess cleaning width, tanks, routes, turns, ramps and filling/draining together.
Larger areas mean more passes and interruptions for small machines.
An operator drives along continuous routes, a closer fit for larger areas.
Tank capacity and filling/draining points determine the pace of continuous work.
Technical specifications
Review day-to-day configuration first. Expand the full specifications for more detail.
Key parameters, view at a glance
Cleaning width810mm
Fresh water tank / Sewage water tank110L / 110L
Runtime reference3–4h
Battery24V / 150Ah
Theoretical cleaning coverage (calculated)8100㎡/h
Machine dimensions1630 × 1130 × 1280mm
Full specifications for ViewExpand or collapse
| Key operating figures | |||
|---|---|---|---|
| Cleaning width | 810mm | Squeegee width | 1100mm |
| Clean water tank | 110L | sewage tank | 110L |
| Runtime reference | 3–4h | Theoretical cleaning coverage (calculated) | 8100㎡/h |
| Theoretical calculation speed | 10 km/h | ||
| Drive and electrical system | |||
| Operating voltage | 24V | Battery | 24V / 150Ah |
| Travel motor | 24V / 500W | Brush motor | 24V / 400W × 2 |
| Recovery motor | 24V / 500W | ||
| Machine configuration | |||
| Machine dimensions | 1630 × 1130 × 1280mm | Machine weight | 250kg |
| Product model | J-D8SL | Work method | Ride-on |
| Brush size | 400mm × 2 | ||
How do these figures apply to your site?
Note: website theoretical coverage for ride-on scrubber-dryers is calculated as cleaning width × the standard theoretical calculation speed of 10 km/h. It is for theoretical area comparisons, not actual productivity or the machine's maximum travel speed.
The cleaning width affects the coverage of a single pass, and the relationship between the fresh water tank and the dirty water tank affects the convenience of continuous operation. The battery, drive, and water suction system affect the daily floor scrubbing schedule.
8100 m²/h is calculated from the confirmed cleaning width × the website theoretical calculation speed of 10 km/h. It is for theoretical coverage comparisons only, not actual or measured productivity.
Look at the picture to understand the equipment.
Components and their functions
01 body and water tank
Separate the management of clear water and sewage, and combine the replenishment and discharge locations to plan the daily route.
02 brushing operation
Drive the sweeper to clean the floor, combining the floor material and the type of dirt to select the appropriate brush and work rhythm.
03 water recovery
The squeegee works with wastewater recovery. Before operation, check the rubber seals, gaskets, and visible connections.
04 brush maintenance
After shutdown, check brush wear and entanglement, and disassembly and reassembly should be carried out according to the machine instructions and training.
05 Power and Charging
Battery and charger are matched according to the actual configuration; working duration is confirmed based on the route and load.
06 Driving and Passage
Check the entrance, turns, height clearance, and avoidance space, and be familiar with the control and parking sequence in advance.
Candidate applications / alternatives
What sites suit J-D8SL, and when should another model be considered?
Where J-D8SL fits best
- Continuous hard-floor areas
- Underground-car-park, shopping-centre, property or factory passages
- The route permits ride-on access
- Need to reduce walking effort
Compare other models
- Not recommended for confined spaces or frequent tight turns
- For smaller areas, compare J-D5SL or J-D3L
- Pre-clear substantial loose debris first
- Assess ramps and slippery floors on site
Compare related models
How should J-D8SL be compared with other ride-on scrubber-dryers?
Compare ride-on scrubber-dryers by cleaning width, tanks, routes, access and drive requirements.
| Item |  J-D5SL → |  J-56BF → |  J-66BF → |  J-85BH → |  J-D9BF → | J-D8SL → |
|---|---|---|---|---|---|---|
| Cleaning width | 510mm | 560mm | 660mm | 850mm | 860mm | 810mm |
| Squeegee width | 780mm | 800mm | 800mm | 1100mm | 1100mm | 1100mm |
| Clean water tank | 50L | 70L | 90L | 110L | 120L | 110L |
| sewage tank | 60L | 75L | 95L | 115L | 140L | 110L |
| Operating voltage | 24V | 24V | 24V | 24V | 24V | 24V |
| Battery configuration | 2 × 12V × 100Ah | 2 × 12V / 100Ah | 2 × 12V / 100Ah | 4 × 6V × 200Ah | 4 × 6V × 200Ah | 24V / 150Ah |
| Indicative operating time | 3–4h | 3–4h (reference value) | 3–4h (reference value) | 4.5–6h | 4.5–5h | 3–4h |
| Overall dimensions | 720 × 440 × 900mm | 1250 × 830 × 1000mm | 1250 × 830 × 1000mm | 1505 × 905 × 1270mm | 1600 × 900 × 1320mm | 1630 × 1130 × 1280mm |
| Overall weight | 55kg | 110 kg (excluding batteries) | 110 kg (excluding batteries) | 230kg | 375kg | 250kg |
| Task scale | Self-propelled | Compact ride-on | Dual brush drive | Medium/large rear-wheel drive | Large area ride-on type | 810 mm medium-to-large ride-on scrubber-dryer |
| Key checks | Pushing effort | Compact access | Twin brushes and tanks | Rear-wheel drive | Large area shift | Check access, routes, flooring, shifts and filling/draining against this model's confirmed configuration |
Parameter comparison with each model's 'View complete technical specifications'. Working time is a reference value, actual duration varies with battery, load, and on-site operating conditions; specific configuration is checked against delivery documents.
First check whether the route permits a ride-on
Confirm passages, doorways, lifts, ramps and turning space first.
Do not choose by cleaning width alone
Tanks, filling/draining, shifts and floor conditions also affect productivity.
Consider smaller models when the area decreases
For fragmented routes and frequent turns, a compact walk-behind or self-propelled model may fit better.
Operating cost
What does it cost to operate J-D8SL?
Record the cleaning, scrubbing, and recovery according to the same cleaning requirements and cycle, without taking theoretical efficiency directly as on-site output.
Manual sweeping
Labour cost = crew size × hours per person × hourly rate. Record preparation, cleaning, transfers and close-down separately.
Machine option
Include operation or supervision, energy, consumables, disposal and maintenance. Allocate equipment and battery costs over a suitable service period.
On-site comparison
Record daily operating hours, routes, garbage or contaminants, and supply and shutdown times; under the same conditions, compare, and do not commit to any savings ratio that has not been calculated.
Service support
Operating and maintaining the machine after delivery
Delivery inspection
Check the equipment and configuration list together before delivery.
Understand service arrangements →Operator training
Communicate startup, brushing, replenishment of water, and daily cleaning.
Understand service arrangements →Usage guidance
In case of operational issues, communicate with the model and usage conditions.
Understand service arrangements →Parts supply
Check the brush roll, rubber strip, and other parts against the model.
Understand service arrangements →On-site fault repair
Service scope, costs, and arrival arrangements need to be confirmed first.
Understand service arrangements →Scheduled on-site maintenance
Coordinate maintenance plans with the frequency of use and the location.
Understand service arrangements →— FAQ
Jinjie J-D8SL 810 mm dual brush ride-On floor scrubber selection and common issues
Which routes suit the J-D8SL twin-brush ride-on scrubber?
Consider continuous commercial or workshop hard floors, checking surfaces, soil and turns first. Allocate other methods to dense equipment areas and edges. Twin brushes do not remove access or manual-finishing requirements.
How should access be checked for J-D8SL's 810 mm width and 1100 mm squeegee?
Two correspond to brushing and recovery of coverage, and cannot be considered as the same passage size. The entrance, corners, and parking positions should be measured according to the entire machine and outer edge; the machine entering the site does not mean it can smoothly complete the entire route.
How should water stops be planned for J-D8SL's twin 110 L tanks?
Confirm route filling and drainage points, then record stops according to water setting, soil and repeat passes. Twin 110 L tanks inform water planning, not runtime or a fixed cleaning area. Include travel to supply points in the shift.
How should J-D8SL charging and cleaning shifts be planned?
Use the actual battery configuration, condition and load as context, allowing charging, replenishment and finishing. It is not a guaranteed duration of continuous scrubbing for every site. Trial records should identify the task and operating conditions.
How should actual twin-brush productivity account for route and finishing work?
It is calculated from 0.81 m × a uniform theoretical 10 km/h for comparison, excluding turns, yielding and replenishment. Agree surfaces, soil, route and timing conditions, and inspect both cleaning and recovery.
How should J-D8SL and J-D9R twin-brush ride-on scrubbers be compared?
They retain separate models and pages. The J-D8SL currently uses 810 mm and 110 L/110 L information, while J-D9R uses 860 mm and 140 L/150 L, with different efficiency-source definitions. Compare each delivery list on the same task.
How do I check scrubbing, squeegee blades and wastewater recovery on the J-D8SL twin-brush scrubber?
After safely shutting down according to the instructions, check separately the brushes, rubber seals, suction hoses, and sealing of the wastewater tank on both sides. Record any discrepancies on a single side, residual water, and abnormal noises. Do not disassemble without power, and do not directly attribute all issues to motor power.
How can Wanshenglong support J-D8SL operation and maintenance?
Provide the existing model/version, parts photographs and fault conditions for consumable and maintenance matching. New enquiries should include routes and water arrangements. Trials, on-site service and charges depend on the project and agreement.
Discuss the floor, routes, and daily cleaning schedule, and together see if J-D8SL is suitable.
Phone consultation: 0755-25621811
Product enquiry
Tell us about your site so we can assess whether J-D8SL fits
Provide area, aisle width, flooring, ramps, daily cleaning frequency and ride-on requirements so we can assess J-D8SL suitability.