Other machinery and options

The advanced moisture detection system precisely measures the residual moisture content in dried textile products. It then automatically adjusts the dryer’s speed based on the measured moisture level and predetermined settings.
This innovative feature offers two significant benefits:

• Optimizing drying time and intensity, the system significantly reduces energy consumption, leading to cost savings and a smaller environmental footprint.
• The precise moisture control ensures that textiles are dried to the ideal level, preventing over-drying or under-drying.
• This results in superior texture, appearance, and overall quality of the finished products.

This smart technology not only streamlines the drying process but also contributes to more sustainable manufacturing practices and consistently high-quality output.

Advanced system precisely measures and manages the moisture content in the exhaust air, optimizing the drying process for maximum efficiency.
Controlling the exhaust air flow based on its actual moisture content, this system offers substantial benefits:

• Minimizes unnecessary air extraction, lowering overall energy usage.
• Optimizes the balance between incoming dry air and outgoing humid air, accelerating the drying process.
• Lower energy consumption translates directly into reduced operational costs.
• Decreased energy use contributes to a smaller carbon footprint, supporting sustainable manufacturing practices.

This system not only enhances the drying process’s efficiency but also aligns with modern energy conservation goals, offering both economic and environmental benefits.

Innovative system combines a high efficiency plate heat exchanger with cross-counterflow technology, the “core” of the heat recovery system, with advanced humidity management, suitable for both new and retrofit installations on dryers and stenter frames.

Primary Advantages:

• Reduces thermal energy consumption by approximately 20-30% with significant decrease in overall energy costs.
• Optimizes drying conditions through precise humidity control.
• Lower energy consumption results in a reduced carbon footprint.
• Consistent drying conditions lead to more uniform product quality and reduces risk of over-drying or under-drying
• Automatically adjusts to different fabric types and production speeds.
• Maintains optimal efficiency across various operating conditions
• Suitable for retrofitting, allowing older machinery to meet modern efficiency standards Typically offers a quick return on investment due to significant energy savings

Implementing this advanced heat recovery and humidity control system, textile manufacturers can significantly reduce energy consumption, lower operational costs, and improve product quality, all while contributing to more sustainable production practices.

ALIGNMENT AND WIDTH-CONTROL UNIT
Motorized device for introducing open-width textile, consisting of a pair of spreading rollers and an edge alignment unit with slats.

Rings spreaders for tubular knit fabric device for 1 to 6 ropes

Padding mangle equipped with two squeezing rollers for dehydrating open-width textile material, or alternatively, a double padding mangle where the first unit performs dehydration while the second applies chemical finishing agents.
The frame is extremely robust and compact, available in either powder-coated steel or stainless steel. It is powered by high-efficiency motors and controlled by variable frequency drives, synchronized through a compensating dancer roller. Depending on the application, it can be fitted with various types of troughs, including heated ones.
The maximum linear pressure is 50 kg/cm. The rollers can be coated with various grades of rubber, tailored to the specific requirements of the customer.
In the standard configuration, two large-diameter rollers are provided, featuring a 94 Shore A hardness rubber coating for the squeezing mangle and 85 Shore A for the impregnation mangle.
As an option, equi-pressure cylinders are available to ensure uniform squeezing across the entire width of the fabric.

Modifications and upgrades of existing drying systems;
Technical consultancy to optimize knitted fabric finishing, non-woven finishing, or to reduce consumption in knitted fabric dyeing.