Warp Knitting Machine,warp knitting equipment, warp knitted fabric, textile machinery,Guide Bars High Speed Tricot Machine

FAQ

Q1: What fabrics can the TDS3 tricot machine produce?

A1: The TDS3 can be used for super-soft short-pile fabric, plush toy material, outerwear fabric, decorative fabric, sportswear, shoe material and mesh fabric. The applicable product depends on yarn, gauge, lapping plan and finishing process.

Q2: What is the difference between the TDS3 and TDS4 tricot machines?

A2: The TDS3 uses three guide bars and has a published mechanical speed of 2200 rpm. The TDS4 uses four guide bars and has a published mechanical speed of 2000 rpm. TDS3 is suited to common three-bar structures, while TDS4 provides another yarn-lapping path for fabrics requiring four guide bars.

Q3: What data is needed for a TDS3 machine quotation?

A3: Please provide the yarn type, yarn denier, fabric use, finished width, fabric weight, courses, wales, pile height, gauge, lapping plan and planned output. Local voltage, frequency, workshop temperature, beam specifications and finished roll requirements are also needed.

Product Advantages

1. 1.Three-Guide-Bar Structure

The TDS3 uses three guide bars for individual yarn-lapping paths. This arrangement supports short-pile, sportswear, shoe and mesh fabric structures.

2. 2.Multiple Working Widths

Published working widths include 218, 290 and 340 inches. The width plan can match the finished fabric size and mill production program.

3. 3.E24, E28 and E32 Gauge Plans

The machine is available in three gauge options. The applicable gauge depends on yarn denier, fabric weight, stitch density and surface requirements.

4. 4.Electronic Yarn and Fabric Control

EBA electronic yarn let-off manages yarn delivery at the beams. Electronic fabric take-up coordinates the finished fabric movement during production.

5. 5.Crank Drive and Lubrication Control

The crank-linkage main drive works with forced-pressure lubrication and oil-temperature control. These systems manage lubrication conditions during continuous machine operation.