Tel: +86-532-83130887 Email: eiffel@qdhaijia.net
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HA-9020
HAIJIA
The Air Jet Loom with Double Nozzles represents a significant advancement in textile manufacturing technology. It is a high-speed, efficient, and versatile loom that has transformed the way fabrics are woven. This type of loom utilizes compressed air to propel the weft yarn through the shed, creating a strong and even weave. The addition of double nozzles further enhances its performance, offering greater control and flexibility in the weaving process.
At the heart of the Air Jet Loom with Double Nozzles is its unique working principle. The loom consists of a main nozzle and a supplementary nozzle. The main nozzle is responsible for initially accelerating the weft yarn and sending it into the shed. The supplementary nozzle, located further along the loom width, provides additional air pressure to ensure that the weft yarn continues to travel smoothly and reaches the opposite side of the loom without any breaks or disruptions.
When the weaving process begins, the weft yarn is measured and cut to the appropriate length. It is then gripped by a yarn carrier and fed into the main nozzle. Compressed air is released from the main nozzle, propelling the weft yarn through the shed at a high speed. As the weft yarn approaches the supplementary nozzle, the additional air pressure from this nozzle helps to maintain its speed and trajectory, ensuring that it is properly inserted into the fabric.
One of the primary advantages of the Air Jet Loom with Double Nozzles is its high-speed operation. The use of compressed air to propel the weft yarn allows for rapid weaving speeds, significantly increasing production efficiency. This makes it an ideal choice for large-scale textile manufacturers who need to produce high volumes of fabric in a short period of time.
The double nozzle system provides greater precision and control over the weft insertion process. The main nozzle ensures a strong initial acceleration of the weft yarn, while the supplementary nozzle allows for fine-tuning of the yarn's trajectory and speed. This enables the loom to produce fabrics with a high degree of uniformity and quality, even for complex weave patterns.
Air Jet Looms with Double Nozzles are highly versatile and can be used to weave a wide range of fabrics, including cotton, polyester, silk, and blends. They are capable of producing both plain and patterned fabrics, making them suitable for various applications such as apparel, home textiles, and industrial fabrics.
The efficient air jet system helps to reduce yarn breakage during the weaving process. The smooth and consistent flow of compressed air minimizes the stress on the weft yarn, reducing the likelihood of breakages. This not only improves the quality of the fabric but also reduces production downtime and waste.
Compared to other types of looms, Air Jet Looms with Double Nozzles are relatively energy-efficient. The use of compressed air as the driving force reduces the need for mechanical components, resulting in lower energy consumption. Additionally, the high-speed operation of the loom allows for faster production, further increasing energy efficiency.
The Air Jet Loom with Double Nozzles is widely used in the textile industry for the production of various types of fabrics. Some of its common applications include:
Apparel: It is used to weave fabrics for clothing, such as shirts, dresses, pants, and jackets. The high-speed and precision of the loom make it suitable for producing fabrics with different textures and patterns.
Home Textiles: This type of loom is also used to manufacture home textiles, including curtains, upholstery fabrics, bed linens, and tablecloths. The versatility of the loom allows for the production of fabrics with a wide range of colors and designs.
Industrial Fabrics: Air Jet Looms with Double Nozzles are used to produce industrial fabrics, such as conveyor belts, filter fabrics, and geotextiles. These fabrics require high strength and durability, which can be achieved through the efficient weaving process of the loom.
The Air Jet Loom with Double Nozzles is a revolutionary technology in the textile industry. Its high-speed operation, precision, versatility, and energy efficiency make it an essential tool for modern textile manufacturers. With its ability to produce a wide range of high-quality fabrics, this type of loom is set to play a crucial role in meeting the growing demand for textiles in various industries. As technology continues to evolve, we can expect further advancements in the design and performance of Air Jet Looms with Double Nozzles, leading to even greater productivity and innovation in the textile manufacturing sector.
Item | Specification | Optional |
reed width | Nominal reed width(cm)：170、190、210、230、260、280、300、340、360、380cm | |
Effective reed：(170~260cm) 0~60cm from 170 to 260cm Nominal reed width reduce 0~60cm 0~80cm（280cm） 0~80cm width more than 280cm, Nominal reed width reduce 0~80cm | ||
Weaving range | spun：Ne100~Ne2.5 | |
filament：22dtex~1350dtex | ||
Weft selection | Two color, four color, six color and continuous expansion function | |
power | Positioning and stopping by electromagnetic brake control | |
super start motor drive 2.2KW（crank shedding）、3.0KW（cam shedding）、3.7KW（dobby shedding ）、6.5KW（acquard shedding） | Direct drive motor | |
Two hand operation of control buttons | ||
Weft insertion | Maximum weft insertion rate: 2300m/min | |
Combination of main nozzle and auxiliary nozzle | Drafting nozzle | |
Profiled reed | ||
Auxiliary main nozzle | ||
shedding | Crank connecting rod shedding: 4 pcs heald frame or 6 pcs heald frame | |
Positive cam shedding：Up to 10 pcs heald frame | ||
Dobby shedding: up to 16pcs heald frames | ||
jacquard shedding | ||
let off | negative loose warp or Positive loose warp device | |
electronic let off | double warp beam | |
diameter of the beam flange:Φ800mm | Φ914mm Φ1000mm | |
take up | electronic take up | |
Standard density 25-300 picks/inch | ||
Maximum roll cloth diameter: Φ 600mm (cam, dobby, jacquard shedding) Φ 520mm (crank shedding) | ||
beating up | "U" shaped beating up shaft | |
Four-link beating-up (narrow width), six-link beating-up (wide width) | ||
configure rocker shaft middle support | ||
Length measurement and weft storage | Electronic weft feeder | |
weft stand | Floor type 4 barrels (2 nozzles), Floor type 8 barrels (4 nozzles), Floor type 10 barrels (6 nozzle) | |
Selvage | Planetary gear type Selvage device | |
Yarn end treatment | Discarded take-up 2pcs drum-type | |
Weft cutting | Mechanical weft cutting device | electronic weft cutting device |
lubrication | Main transmission part oil bath type, manual centralized oil supply | Electric central oil supply |
stop machine device | Weft yarn: photoelectric weft feeler, double probe | |
Warp yarn: Electrical contact six-row dropper | ||
Others: selvage yarn, discarded edge yarn and automatic stop when the yarn is broken | ||
stop reason: show the information on the display, multi-function 4-color light stop display | ||
automation | inverter to adjust speed. | |
Memory card function |
The Air Jet Loom with Double Nozzles represents a significant advancement in textile manufacturing technology. It is a high-speed, efficient, and versatile loom that has transformed the way fabrics are woven. This type of loom utilizes compressed air to propel the weft yarn through the shed, creating a strong and even weave. The addition of double nozzles further enhances its performance, offering greater control and flexibility in the weaving process.
At the heart of the Air Jet Loom with Double Nozzles is its unique working principle. The loom consists of a main nozzle and a supplementary nozzle. The main nozzle is responsible for initially accelerating the weft yarn and sending it into the shed. The supplementary nozzle, located further along the loom width, provides additional air pressure to ensure that the weft yarn continues to travel smoothly and reaches the opposite side of the loom without any breaks or disruptions.
When the weaving process begins, the weft yarn is measured and cut to the appropriate length. It is then gripped by a yarn carrier and fed into the main nozzle. Compressed air is released from the main nozzle, propelling the weft yarn through the shed at a high speed. As the weft yarn approaches the supplementary nozzle, the additional air pressure from this nozzle helps to maintain its speed and trajectory, ensuring that it is properly inserted into the fabric.
One of the primary advantages of the Air Jet Loom with Double Nozzles is its high-speed operation. The use of compressed air to propel the weft yarn allows for rapid weaving speeds, significantly increasing production efficiency. This makes it an ideal choice for large-scale textile manufacturers who need to produce high volumes of fabric in a short period of time.
The double nozzle system provides greater precision and control over the weft insertion process. The main nozzle ensures a strong initial acceleration of the weft yarn, while the supplementary nozzle allows for fine-tuning of the yarn's trajectory and speed. This enables the loom to produce fabrics with a high degree of uniformity and quality, even for complex weave patterns.
Air Jet Looms with Double Nozzles are highly versatile and can be used to weave a wide range of fabrics, including cotton, polyester, silk, and blends. They are capable of producing both plain and patterned fabrics, making them suitable for various applications such as apparel, home textiles, and industrial fabrics.
The efficient air jet system helps to reduce yarn breakage during the weaving process. The smooth and consistent flow of compressed air minimizes the stress on the weft yarn, reducing the likelihood of breakages. This not only improves the quality of the fabric but also reduces production downtime and waste.
Compared to other types of looms, Air Jet Looms with Double Nozzles are relatively energy-efficient. The use of compressed air as the driving force reduces the need for mechanical components, resulting in lower energy consumption. Additionally, the high-speed operation of the loom allows for faster production, further increasing energy efficiency.
The Air Jet Loom with Double Nozzles is widely used in the textile industry for the production of various types of fabrics. Some of its common applications include:
Apparel: It is used to weave fabrics for clothing, such as shirts, dresses, pants, and jackets. The high-speed and precision of the loom make it suitable for producing fabrics with different textures and patterns.
Home Textiles: This type of loom is also used to manufacture home textiles, including curtains, upholstery fabrics, bed linens, and tablecloths. The versatility of the loom allows for the production of fabrics with a wide range of colors and designs.
Industrial Fabrics: Air Jet Looms with Double Nozzles are used to produce industrial fabrics, such as conveyor belts, filter fabrics, and geotextiles. These fabrics require high strength and durability, which can be achieved through the efficient weaving process of the loom.
The Air Jet Loom with Double Nozzles is a revolutionary technology in the textile industry. Its high-speed operation, precision, versatility, and energy efficiency make it an essential tool for modern textile manufacturers. With its ability to produce a wide range of high-quality fabrics, this type of loom is set to play a crucial role in meeting the growing demand for textiles in various industries. As technology continues to evolve, we can expect further advancements in the design and performance of Air Jet Looms with Double Nozzles, leading to even greater productivity and innovation in the textile manufacturing sector.
Item | Specification | Optional |
reed width | Nominal reed width(cm)：170、190、210、230、260、280、300、340、360、380cm | |
Effective reed：(170~260cm) 0~60cm from 170 to 260cm Nominal reed width reduce 0~60cm 0~80cm（280cm） 0~80cm width more than 280cm, Nominal reed width reduce 0~80cm | ||
Weaving range | spun：Ne100~Ne2.5 | |
filament：22dtex~1350dtex | ||
Weft selection | Two color, four color, six color and continuous expansion function | |
power | Positioning and stopping by electromagnetic brake control | |
super start motor drive 2.2KW（crank shedding）、3.0KW（cam shedding）、3.7KW（dobby shedding ）、6.5KW（acquard shedding） | Direct drive motor | |
Two hand operation of control buttons | ||
Weft insertion | Maximum weft insertion rate: 2300m/min | |
Combination of main nozzle and auxiliary nozzle | Drafting nozzle | |
Profiled reed | ||
Auxiliary main nozzle | ||
shedding | Crank connecting rod shedding: 4 pcs heald frame or 6 pcs heald frame | |
Positive cam shedding：Up to 10 pcs heald frame | ||
Dobby shedding: up to 16pcs heald frames | ||
jacquard shedding | ||
let off | negative loose warp or Positive loose warp device | |
electronic let off | double warp beam | |
diameter of the beam flange:Φ800mm | Φ914mm Φ1000mm | |
take up | electronic take up | |
Standard density 25-300 picks/inch | ||
Maximum roll cloth diameter: Φ 600mm (cam, dobby, jacquard shedding) Φ 520mm (crank shedding) | ||
beating up | "U" shaped beating up shaft | |
Four-link beating-up (narrow width), six-link beating-up (wide width) | ||
configure rocker shaft middle support | ||
Length measurement and weft storage | Electronic weft feeder | |
weft stand | Floor type 4 barrels (2 nozzles), Floor type 8 barrels (4 nozzles), Floor type 10 barrels (6 nozzle) | |
Selvage | Planetary gear type Selvage device | |
Yarn end treatment | Discarded take-up 2pcs drum-type | |
Weft cutting | Mechanical weft cutting device | electronic weft cutting device |
lubrication | Main transmission part oil bath type, manual centralized oil supply | Electric central oil supply |
stop machine device | Weft yarn: photoelectric weft feeler, double probe | |
Warp yarn: Electrical contact six-row dropper | ||
Others: selvage yarn, discarded edge yarn and automatic stop when the yarn is broken | ||
stop reason: show the information on the display, multi-function 4-color light stop display | ||
automation | inverter to adjust speed. | |
Memory card function |
