All-Stainless-Steel Body
Outer shell, inner layer and frame are all made of premium 1.5-SUS208 stainless steel plate, offering high-temperature and corrosion resistance for long-term operation.
The COHE-1801 is a sock heating oven designed for the heat-fixation process of polyester socks after digital printing. With 15KW heating power and 18 stainless-steel heating tubes, it uses continuous circulating air heating to ensure uniform cavity temperature so that disperse ink fully fixes onto polyester fibers for vivid and durable print results.
Temperature distribution inside the cavity is more uniform and heating more stable, avoiding uneven fixation caused by hot spots or temperature gradients.
Outer shell, inner layer and frame are all made of premium 1.5-SUS208 stainless steel plate, offering high-temperature and corrosion resistance.
Rapid heat-up with stable temperature maintenance; PID adjustment via a Shanghai Yatai high-precision digital display temperature controller.
Accommodates 22.5 pairs of socks at a time; a single oven can support around 8–9 sock printers for batch production.
The COHE-1801 sock heating oven adopts a continuous circulating hot-air heating process, designed specifically for heat fixation of polyester tubular products (socks, wristbands, headbands, etc.) after digital printing. Its all-stainless-steel body and 100mm insulation layer ensure stable cavity temperature and energy-efficient operation.
As a downstream ancillary device on the Ningbo Colorido sock-printer production line, the COHE-1801 can be paired with multiple sock printers such as the CO80-210PRO, CO60-100PRO and CO80-600DK. Once printing is finished, socks can be hung directly onto the oven's conveyer chain, which automatically sends them into the oven body for heating and fixation, completing the polyester sock printing workflow.
Factory reference parameters for the sock heating oven. Final values are subject to the ordered configuration and manufacturer confirmation.
| Device Model | RXD-1 | Commercial Model | COHE-1801 |
|---|---|---|---|
| Electrical Voltage | 3-phase 380V/240V, 50~60Hz (optional) | Control-circuit Voltage | 24V |
| Heating Power | 15KW | Circulation Fan | 15–18KW/50Hz |
| Heating Elements | 18 pcs stainless-steel heating tubes, 15KW | Heating Method | Continuous circulating air |
| Temperature Control Accuracy | ±1℃ | Temperature Uniformity | ±5℃ |
| Temperature Controller | Shanghai Yatai high-precision digital display, PID adjustment | Working Environment | Room temperature +10~200℃ |
| Out-shell Material | Premium 1.5-SUS208 stainless steel plate | Inside Layer Material | Premium 1.5-SUS208 stainless steel plate |
| Oven Frame Material | Stainless steel | Insulation Layer | 100mm-thick stainless steel, 100K high-density aluminum silicate fiber |
| Material Rack & Configuration | Stainless-steel conveyer chain, with large ball design | Cabinet Reinforcement | 5# square tube ~ 8# channel steel, partially bent by steel plate |
| Oven Entrance Door | External hanging chain design for easy hanging and removal of socks | Protection System | Leakage protection, circuit breaker protection, grounding protection |
| Circuit Breaker | Security device for power leakage; all components well protected | Reduced Motor | 50Hz |
| Main Body Size | 1400×1050×1800 mm | Weight | 450 kg |
Five core capabilities that bring stable, uniform polyester sock heat fixation to batch production lines.
Outer shell, inner layer and frame are all made of premium 1.5-SUS208 stainless steel plate, offering high-temperature and corrosion resistance for long-term operation.
15KW heating power with 18 stainless-steel heating tubes delivers fast heat-up and stable cavity temperature for consistent fixation results.
Hanging keyboard controller with freely adjustable temperature and speed; PID regulation via a Shanghai Yatai high-precision digital display temperature controller.
Freely adjustable entrance/exit height baffle reduces temperature loss; pull up during heating to maintain the set temperature and improve energy efficiency.
45 hooks per circle with convenient installation; printed socks are hung directly onto the chain for automated loading and unloading without ink staining.
From the all-stainless-steel body to the conveyer chain, every component is built for stable high-temperature fixation.
The oven body is made of 208 stainless steel, which is not easy to rust, providing a longer service life. The outer shell, inner layer and frame are all made of premium 1.5-SUS208 stainless steel plate, suitable for long-term high-temperature operation. The insulation layer uses 100mm-thick stainless steel with 100K high-density aluminum silicate fiber filling, effectively reducing heat loss and improving energy efficiency.
The sock drying oven uses 18 stainless-steel heating tubes, offering a long service life, fast heating speed, and stable cavity temperature. With 15KW heating power and the circulating air duct, it achieves continuous circulating air heating, ensuring uniform temperature throughout the cavity with temperature-control accuracy of ±1℃.
Pendant keyboard controller—simple to operate and easy to use. Both temperature and speed can be flexibly adjusted according to fabric type, ink characteristics, and fixation process requirements. The temperature controller uses a Shanghai Yatai high-precision digital display temperature controller with PID adjustment; high/low temperature accuracy ±1℃, resolution ±1℃.
The sock oven uses a baffle that can be freely adjusted for entrance/exit height to reduce temperature loss during use. When the oven heats up, the baffle can be pulled up to maintain the requested temperature, preventing heat leakage and improving heating efficiency and energy savings.
Ningbo Colorido sock oven uses a conveyer chain system to avoid any printed socks getting ink stains during the drying process. There are 45 hooks in one circle, and the installation method is convenient. Once printing is finished, socks can be hung directly onto the conveyer chain, which automatically sends them into the oven body for heating and fixation, enabling automated loading and unloading.
A quick look at how the chain conveyor system transports socks through the heating chamber for uniform heat-fixation.
Common questions about polyester sock heat fixation, heating method, capacity, power and pricing — then send your requirements for a configuration recommendation.
The COHE-1801 is a high-temperature heat-fixation device for polyester socks and other tubular products after digital printing, used to fully fix disperse ink onto polyester fibers and improve print fastness and color reproduction. It is typically used as a downstream ancillary device on the Ningbo Colorido sock-printer production line. Once printing is finished, socks can be hung directly onto the conveyer chain, which automatically sends them into the oven body for heating and fixation.
The COHE-1801 adopts a continuous circulating air heating method. Through the duct and motor, heated air continuously circulates inside the cavity, making the temperature distribution more uniform and heating more stable, avoiding uneven fixation caused by hot spots or temperature gradients. Temperature-control accuracy reaches ±1℃, and cavity temperature uniformity ±5℃.
The COHE-1801 is designed specifically for polyester tubular products such as polyester socks, wristbands, headbands, sport sock sleeves, and knit beanies. For non-polyester materials or other ink systems, compatibility must be separately confirmed rather than directly applying polyester disperse-ink process parameters.
The temperature is adjustable. The specific fixation temperature and time should be determined by sample testing based on fabric type, ink model, print coverage, and garment load. Universal parameters must not be applied. After fixation, color, fastness, print appearance, and dimensional stability should be inspected.
The COHE-1801 uses a 3-phase 380V/240V (optional) industrial power supply with 15KW heating power and 24V control-circuit voltage. Before installation, qualified electrical personnel must confirm that the factory's electrical configuration meets the requirements and connect the supply per code. The equipment is equipped with leakage protection, circuit breaker protection, and grounding protection.
The outer shell, inner layer, and frame are all made of premium 1.5-SUS208 stainless steel plate, offering high-temperature and corrosion resistance for long-term high-temperature operation. The insulation layer uses 100mm-thick stainless steel with 100K high-density aluminum silicate fiber filling, effectively reducing heat loss. The main body dimensions are 1400×1050×1800 mm and weight 450 kg; the structure is compact and rationally laid out.
The oven accommodates 22.5 pairs of socks at a time, with output of approximately 450 pairs/hour (calculated at 3 minutes per turn). Actual output varies with sock thickness. A single oven can support around 8–9 sock printers. For larger-capacity sock heating needs, custom larger-capacity ovens can be built.
The COHE-1801 is an ancillary finishing device on the digital-printing production line, typically paired with Ningbo Colorido sock printers (CO80-210PRO, CO60-100PRO, CO80-600DK, etc.) to build a complete print—dry—fix workflow. If used independently for other high-temperature processes, compatibility must be separately assessed.
Ningbo Colorido must confirm the applicable product range, fabric and ink process, fixation-parameter requirements, electrical configuration, installation site, ventilation/heat discharge, packing, destination, training, service, and sample criteria. Price, lead time, warranty, and installation conditions should be stated in the current written proposal rather than treated as permanent website promises.