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| Brand Name: | Cholly |
| Model Number: | SBY-2300X10S |
| MOQ: | 1 |
| Price: | Negotiable |
This 1900–2300 mm Plastic Circular Loom Machine weaves PP, PE and other synthetic flat yarns into continuous tubular woven fabric. Its intended applications include the production of wide PP woven fabric used for fertilizer sack bodies.
The loom has a fold-diameter range of 1900–2300 mm, a frequency-controlled operating speed of 0–68 rpm and a documented maximum output of up to 87 m/h. It uses a 7.5 kW frequency-controlled main motor and includes automatic monitoring for warp and weft abnormalities.
The machine produces tubular woven fabric. Printing, coating, cutting and sewing require downstream equipment, so the loom should not be presented as a complete fertilizer bag production line.
Fold diameter refers to the width of the tubular fabric when laid flat. It directly affects the body dimensions and cutting plan of the converted fertilizer sack.
This machine supports a 1900–2300 mm fold-diameter range, making it relevant to large-format tubular woven fabric. Buyers should work backward from the required finished sack dimensions rather than selecting the machine only by its maximum width.
The specification should be checked against:
For conventional smaller fertilizer sacks, the buyer should first confirm whether the 1900–2300 mm range matches the intended product.
The manual lists the output as 87 m/h Max. The correct product-page expression is therefore “maximum output up to 87 m/h,” rather than a fixed production speed under all conditions.
Actual output can be affected by:
| Factor | Possible influence |
|---|---|
| Fabric fold diameter | Wide fabric changes machine load and setup |
| Weft density | Higher density requires more weft insertion per unit length |
| Tape-yarn quality | Variation or insufficient strength may cause interruptions |
| Operating speed | Adjustable from 0 to 68 rpm |
| Warp tension | Uneven tension may affect continuous weaving |
| Shuttle condition | Wear or insufficient lubrication may cause stoppages |
| Workshop conditions | Manual specifies ≥15°C and ≥60% RH |
| Maintenance | Cam, slider and shuttle require scheduled lubrication |
Acceptance criteria for the 87 m/h value should define the yarn, fold diameter, weft density and continuous operating conditions.
The loom can process PP, PE and synthetic flat yarns. The manual provides the following reference yarn conditions:
Tape-yarn consistency and tension affect fabric dimensions, surface condition and continuous weaving. The machine uses automatic warp let-off, with tension adjustment on both sides, while the frequency-control system supports changes to fabric weft density.
The manual references GB 8946/8947-88. Buyers requiring a current standard or customer-specific specification should define it separately in the purchase agreement.
This Plastic Circular Loom Machine is used by fertilizer packaging material manufacturers to weave PP or PE tape yarn into wide tubular fabric for subsequent winding, printing, coating, cutting and sewing. The fabric can be converted into outer packaging for granular fertilizer, compound fertilizer and other dry fertilizer products. The machine is relevant to production requiring a 1900–2300 mm fold diameter, adjustable 10–16 picks/inch weft density and continuous fabric winding. Where the fertilizer requires moisture, corrosion or contamination protection, the coating, liner and closure must be defined in downstream converting processes because the circular loom only produces the woven base fabric.
| Specification | Machine configuration |
|---|---|
| Product name | Plastic Circular Loom Machine |
| Model | SBY-2300X10S |
| Processed material | PP, PE and synthetic flat yarn |
| Fabric form | Tubular plastic woven fabric |
| Fold diameter | 1900–2300 mm |
| Operating speed | 0–68 rpm, frequency controlled |
| Maximum output | Up to 87 m/h |
| Weft density | 10–16 picks/inch |
| Maximum warp quantity | 2592 ends |
| Maximum filling-yarn package diameter | Ø105 mm |
| Yarn carrier dimensions | 38 × 230 mm |
| Main motor power | 7.5 kW, frequency controlled |
| Machine dimensions | 15.7 × 3.7 × 4.4 m |
| Total weight | Approximately 10 t |
| Warp let-off | Automatic |
| Warp monitoring | Automatic stop for broken or loose warp |
| Weft monitoring | Automatic stop for broken or exhausted weft |
| Recommended temperature | Not lower than 15°C |
| Recommended relative humidity | Not lower than 60% |
The main parameter table lists ten shuttles, while parts of the operating section refer to six shuttles. The final shuttle quantity should be confirmed against the machine nameplate, drawing or bill of materials before publication or purchase.
The weft-detection system uses a generator on the shuttle to produce pulse signals. When the weft breaks or is exhausted, the signal changes and the controller requests the main drive to stop. The manual also describes automatic stopping when the warp breaks or becomes loose.
These functions help operators identify yarn abnormalities before the loom continues producing defective fabric. They do not replace tape-yarn inspection, warp-tension adjustment, shuttle maintenance or routine machine checks.
The specified effective distance between the detector transmitter and receiver is 70–80 mm. Incorrect alignment or excessive distance may prevent normal operation or cause repeated stoppages.
Before selecting the loom, the buyer should provide:
The most important step is confirming whether the 1900–2300 mm fold-diameter range matches the intended fertilizer sack. If the finished bag is substantially smaller, a different circular loom model may be more appropriate.
No. It weaves PP or PE tape yarn into tubular fabric. Printing, coating, cutting, sewing and inspection require downstream converting equipment.
No. It is the documented maximum output. Actual production depends on fold diameter, weft density, tape-yarn quality, speed setting, tension and maintenance.
It is the fold diameter, or the approximate width of the tubular fabric when laid flat. It should be matched with the finished sack dimensions and cutting plan.
The manual states that plastic flat yarn can deteriorate under low-temperature and dry conditions. It therefore specifies a temperature of at least 15°C and relative humidity of at least 60%.
The manual describes automatic stopping for broken or exhausted weft and for broken or loose warp. Correct detector installation and routine inspection remain necessary.
