SPINNING

FINISHING MILLS APPLICATIONS

In the final stages of textile production, precise temperature, humidity, and air quality determine the quality of dyed, printed, or treated fabric. Temsan’s air conditioning and filtration systems are engineered to maintain stable conditions in stenter rooms, compacting lines, and all types of finishing halls — reducing defects, optimizing fabric handfeel, and enhancing energy efficiency.

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Clean, Controlled Air for Flawless Fabric Finishing

Finishing lines demand tightly regulated air conditions for consistent results in drying, curing, and fabric stabilization. Below, you’ll find how temperature, humidity, air quality, and energy efficiency contribute to better finishing quality, reduced waste, and smoother operations.

Humidity
Temperature
Air Quality
Energy Efficiency

Maintaining optimal humidity prevents fabric drying irregularities and ensures smooth processing through finishing machinery.

Reduces Wrinkle Formation
Improves Heat Setting Efficiency
Minimizes Fiber Breakage in Mechanical Finishing
Prevents Surface Cracking in Coating or Laminating

Result: Uniform appearance, softer handfeel, and less rejection.

Stable temperature control is crucial in stenter rooms and compactors where fabric curing, drying, and heat-setting occur.

Improves Curing Accuracy
Supports Uniform Fabric Shrinkage
Prevents Overheating of Machinery
Maintains Energy Efficiency of Heating Systems

Result: Higher production speed and process reliability.

Finishing lines are prone to fine particles, vapors, and lint. Efficient filtration and airflow management are essential for cleanliness and safety.

Prevents Contaminant Accumulation on Fabric Surface
Improves Drying Efficiency by Maintaining Clean Air
Protects Operators from Dust and Chemical Particles
Reduces Maintenance Needs on Sensors and Motors

Result: Cleaner working space and consistent fabric quality.

Temsan’s automation and ducting design help reduce energy use in high-heat and high-humidity finishing zones.

Minimizes Energy Spikes During Fabric Entry & Exit
Synchronizes Air Supply with Machine Load
Reduces Heat Loss through Controlled Exhaust Dampers
Lowers HVAC Cost with Smart Humidity Management

Result: Lower production cost and optimized energy profile.

Precise Control with Aircon Automation

In finishing lines, timing and stability are everything. Temsan Aircon Automation gives full control over your environment — adjusting airflow, temperature, and filtration based on fabric type, finishing chemistry, and machine speed.

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Key Components of Temsan Air Conditioning and Filtration Systems

Filtration Components:

Pre-Filter

Captures large fibers from the production floor and transfers them to the compactor, separating dust and fiber. This improves overall system performance and reduces the load on rotary filters.

Compactor

Rotary Filter

Radial Fan

Air Conditioning Components:

Axial Fans

Deliver high airflow to ventilate large spaces quickly. Temsan’s energy-efficient axial fans optimize air distribution and reduce energy consumption.

Air Washer (Humidification Cell)

Rotary Filter

Dampers

Shutters (Louvers)

Duct Design and Components

Lower Duct (Return air Channels):

Draws air from the environment, initiating the recycling process with minimal energy loss. Can be designed top, bottom or side suction.

Upper Duct (Supply Air Duct):

Slots and Diffusers

Temsan presents

Integrated Waste & Dust Management for Spinning

In spinning operations, managing airborne dust and fiber waste is critical to ensure clean environments, maintain machine performance, and reduce labor. Temsan offers dedicated systems for both dust and waste collection—seamlessly integrated with automation for maximum efficiency.

Waste Management Automation

Temsan’s automated waste collection system gathers pneumafil, and fiber waste from spinning mill and transports it to a central waste room with compactors or silos. This system reduces labor, prevents contamination, and ensures cleaner production floors.

Dust Management Automation

Our centralized dust collection system captures particles from rotary filters and filter boxes, then transfers them via dust paddles for automated storage or brick compaction. Designed to minimize manual handling, reduce filter bag maintenance, and improve air quality across the mill.

TEMSAN AIRCON

Real-time monitoring of temperature, humidity, and airflow
Inverter-controlled axial fans for energy-efficient air delivery
Servo dampers automatically balance fresh, exhaust, and return air
Mobile and web-based access through Temsan Aircon platform
Automatic and manual operation via HMI and SCADA interface
Chiller & heating compatability with easy management
Designed to run energy efficient to reduce your cost with higher productivity

Key Considerations in Textile A/C and Filtration Systems

1

High-Quality Products

Textile facilities are long-term investments. Durable A/C systems prevent unexpected downtimes and maximize operational efficiency. Temsan offers top-quality products manufactured in its own facilities for over 30 years.

2

Energy Efficiency

One of the biggest advantages of Temsan A/C System is energy efficiency. Properly positioned fans and filters optimize static pressure, preventing unnecessary energy consumption. Temsan Aircon automation ensures efficient operation of pumps and fans, enhancing energy savings.

3

Low Maintenance Costs

High-quality filters and regular maintenance ensure the Temsan Filtration System operates smoothly. Regular cleaning of rotary filters and air washers helps minimize costs.