Industrial Single Jersey Open Width Round Knitting Machine

Name: Industrial Single Jersey Open Width Round Knitting Machine
SKU: YD-231106-SJKM-02
Availability: InStock
Rating: 5 (1 reviews)

Key Specifications / Features

Introducing our Industrial Open Width Round Knitting Machine, designed to excel in single jersey fabric production. This versatile machine is an ideal choice for a wide range of applications, catering to the fashion, home textiles, and garment industries.

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Detail Information

Product: Industrial Single Jersey Open Width Round Knitting Machine
Diameter: 6 - 44 Inch
Gauge: 14 - 44 Gauge
Feeder Quantity: 18F to 132F(3 feeders/inch) 24F to 176F(4 feeders/inch)
Available Materials: Pure cotton, chemical fiber, mixed fiber, silk, and artificial wool, etc.

Feature:
The Single Jersey Round Knitting Machine adopts the 4 track cams seal design and is equipped with knit cams, tuck cams and miss cams. The high-precision central lifting and lowering mechanism enables convenient and rapid adjustment of fabric weight.

The special design of the feeding yarn carrier makes the option of Lycra more proficient. With its ergonomic design, the added middle yarn transfer ring allows personnel to easily monitor and handle yarn without the machine contacting the operator's body. Simultaneously, the yarn carrying system operates more smoothly and securely, meeting the demands of high-speed machine operation and knitting.

It is a machine with multipurpose functions by replacing the heart parts; it can easily converted into 3-thread-fleece and terry machines and other machines.

Effortlessly produce high-quality fabrics with our Industrial Single Jersey Open Width Round Knitting Machine, designed for efficient textile manufacturing.

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FAQs

What is valve stem packing and its role in industrial valves?

Valve stem packing is a critical sealing component installed around the valve stem inside the bonnet area. Its primary function is to prevent internal media (gas or liquid) from leaking to the external environment while still allowing smooth linear or rotary movement of the stem.

In industrial applications such as oil & gas, petrochemical, and power generation, packing acts as a dynamic seal that must withstand continuous friction, pressure fluctuations, and thermal cycling. Unlike static seals, packing is constantly in contact with a moving component, making material selection and compression design extremely important.

High-performance packing systems are often designed to meet low-emission requirements such as API 622 and ISO 15848-1, ensuring fugitive emissions remain within strict environmental limits.