Core functions and types:
Integrated Setting and Ironing
Socks are quickly set and flattened using steam injection or heat pressing technology. For example, the RB setting machine supports 380V and is equipped with an automatic control system. Its typical capacity can hold 800-1000 pairs of socks at a time.
Fuel-powered machines (such as the AX-DXJ100) combine steam, wet heat setting, and drying, reducing diesel fuel consumption.
Automation Level Classification
Fully automatic models: These machines can process 800-1000 pairs of socks in a single run, with a power of 15kW. Setting time for thin and terry socks is 10 minutes, while setting time for flat socks is 12-13 minutes.
Semi-automatic/simple models: Suitable for small sock factories (with fewer than 10 sock machines), they offer simple operation and an indicator light to indicate completion status.
Application scenarios and applicability
Small factories: It is suitable to choose simple equipment, such as NX-JYDX. It has low cost and convenient operation, which can meet the production needs of small factories.
Medium and large factories: Fuel-fired or high-power electric heating models are recommended, such as the AX-DXJ100, which has a large processing capacity, can effectively improve production efficiency, and has a low unit cost..
Industry scalabilityIt can not only be used for regular production, but also for garment ironing. It is suitable for scenarios with diverse demands such as hotels and hospitals, and can meet the diverse business needs of different industries.
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Solution
FAQ:
What other factors affect the quality of socks?
1. Raw material factors
Fiber quality: The type, length, and fineness of the fiber affect the quality of the socks. Long-staple cotton makes the socks soft and wear-resistant, while short-staple cotton is prone to pilling and roughness; fine wool is warm and soft, and the difference in chemical fiber characteristics also affects the performance of the socks.
Yarn twist: Twist affects the strength, elasticity, and gloss of the yarn. Too high a twist reduces comfort, while too low a twist can easily cause breakage, pilling, and socks.
Dye quality: High-quality dyes maintain brightness and color fastness, while inferior dyes will fade and may also harm health.
2. Production process factors
Weaving tension: Uneven tension causes the socks to be loose and tight in different parts, affecting comfort and durability.
Weaving density: The weaving density of different parts must meet the requirements, otherwise it will affect the wearing and overall support and elasticity.
Suture process: The quality, method, and stitch length of the suture line affect the firmness and comfort of the socks. Rough or loose sutures can easily wear the feet and open the thread.
3. Post-processing factors
Washing: Improper washing, such as high water temperature and detergent residue, will shrink, deform and damage the fibers of socks.
Drying: High-temperature drying causes fibers to become hard and lose elasticity, and the color changes. The drying time affects the drying degree and performance.
Ironing and shaping: Poor temperature and pressure control can easily cause socks to be scorched and deformed, affecting the appearance and shape.
4. Quality inspection factors
Strictness of inspection standards: Loose standards can easily allow inferior products to enter the market. Only strict inspection according to standards can ensure quality.
Accuracy of inspection methods: Inaccurate inspection may lead to misjudgment. For example, color fastness inspection needs to simulate actual conditions.
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