TEXTILE
Applications > Textile
Member of
OUR PRODUCTS
The solutions that we create guarantee aspiration, separation of dust and fibres, maintenance of constant temperature and humidity, correct balancing of air flows, recovery of heat released from furnaces or finishing processes.
BENEFITS
Highly efficient filtration, humidification and air treatment systems are essential in every textile factory to ensure the quality of the product, optimal performance of production machines, and health and safety of the workplaces.
Saving energy; reducing water consumption for humidification and heat recovery are our goals to increase the competitiveness of our customers.
DISCOVER OUR SOLUTIONS
AHU - IHS®ds
Weaving
Filtration
Humidification
Air flow rate:
85.000 m3/h
Treatment:
Filtration, cotton weaving room humidification
Description:
Automatic filtration with dust compaction, humidification and air treatment with IHS®ds patented technology, micro-perforated textile diffusers for air supply in the department.
AHU - Supra II- IHS®
Twisting
Humidification and air treatment
Air flow rate:
360.000 m3/h
Treatment:
Synthetic twisting room humidification
Description:
AHU Supra II with static recovery filtration, mixing, humidification and air treatment dampers with patented IHS® diffusion technology.
AHU - MDH (Mazzini Direct Humidification)
Weaving
Filtration and humidification
Air flow rate:
150.000 m3/h
Treatment:
Humidification with direct supply to cotton weaving loom
Description:
Automatic filtration from tunnels with dust collection and compaction, mixing dampers, saturated humidification and direct diffusion on the loom.
AHU - Filtration and compaction
Spinning
Filtration
Dust and fibre compaction
Air flow rate:
240.000 m3/h
Treatment:
Filtration and compaction of dust and fibres from cotton beating, carding and combing
Description:
Pre-filtration, fibre compaction in n° 4 different wastes, horizontal presses, centralisation of all the filters installed in the building by means of a jet filter and briquette compaction, automatic filtration.
