SPUN-BOND NONWOVEN Lab Equipment
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Product Overview: - Benchtop Spunbond lab equipment models: Single-hole Spunbond benchtop lab equipment, Mono- & Bi-component optional. - Small-scale Spun-bond lab equipment models: 100~300mm width of Spunbond lab equipment; Mono- & Bi-component optional. - Pilot-scale Spun-bond lab equipment models: 600~1000mm width of Spunbond lab equipment and other pilot models, Mono- & Bi-component optional, can be used for pilot-scale experiments and for continuous production of special nonwovens. - KMD’s Spin-pack components are developed and designed independently and have our own manufacturing capability. KMD designs and manufactures the Spin-pack components of the above models, and undertakes the design and co-development of new Spin-pack components. |
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Features: - Low raw material consumption and with high speed testing. - It is equipped with a unique hot-roll milling electrical heating systems so that it is more flexible and more convenient in temperature adjustment. - Hot-roll milling unit is easy to equip with a variety of rolling forms. - PP, PA, PET, PLA and some other materials can be used. |
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The General Image of Spunbond Nonwoven Lab Equipment
Special types, such as bi-component and etc., can be designed and manufactured according to customers’ requirements. Please click Communication.
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Main Application:
- Use for Simulating large- scale production processes and process technology research and etc.
- It is used for a variety of scientific researches, for example R&D of the new polymeric material, rolled technology R&D and etc.
- Research on nonwoven fabric technology, such as the distribution of fibers in Spunbond nonwoven netting, multi-component material composite netting and other tests.
- Development, testing and application trial production of functional materials, etc.
Spun-bond Nonwoven Lab Equipment Technical Data:
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Model No. |
S-150 |
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Overall Equipment Dimensions, L × W × H (mm) |
2400 × 3300 × 3960 |
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Minimum Titer |
1.0 denier |
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Minimal Grammage (g/m²) |
8 |
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Effective Width (mm) |
150 |
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Conveyor Belt Speed (m/min) |
60 |
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Spun-bond Drawing Speed (m/min) |
6000 |
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Spun-bond Quenching Air Temperature (°C) |
15 |
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Embossing Roll Pattern |
Optional |
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Screw Diameter (mm) |
35 |
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Max. Output (kg/h) |
20 |
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Meltblown Die Head Temperature (°C) |
-- |
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Calender Temperature (°C) |
220 |
Consumption Data
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Power Consumption (kW) |
30~38 |
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Power Consumption of Conveyor Belt (kW) |
3 |
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Power Consumption of Calender (kW) |
10 |
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Max. Air Consumption |
0.1 m3/min, 0.7 MPa |
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Max. Chill Water Demand,0.1–0.2 MPa, 9–10°C (m³/h) |
2.0 |
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Max. Cooling Water Consumption, 0.1~0.2 MPa (m³/h) |
0.1 |
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Metering Pump Drive |
PMSM |
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Spinning Beam Heating Mode |
Electrical |
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Metering Pump Output (cc/r) |
1 × 5.0 |
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Paper Tube Specification (mm) |
Ø112 × 126 × 290 |
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Max. Take-up Diameter (mm) |
Ø 300 |
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Relevant data and content are subject to the latest released information. More data will be determined according to the actual configuration.
Spun-bond Nonwovens Lab Equipment
