Yarn Conditioning Machine/Plant

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Bluemoon Advantage

Low power consumption
Low maintenance
Low process cost
Short payback period
High quality conditioning.
Uniform moisture gain through out the package.
Moisture level increases by 1.5 TO 2%.

Yarn Conditioning Plant

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Advantages Of Conditioned Yarn

Increased single yarn strength and elongation.
Improved hairiness.
Constant friction coefficient.
Better running ability for subsequent production process.
Enhances productivity, reduces fly generation, improves fabric softness.

Salient Features

Designed as per ASME SEC VIII DIV I.
Non corrosive stainless steel used for material of construction.
Welding joints are tested with radiography.
Vessel is insulated externally to maintain negative (vacuum) pressure which helps in producing cold saturated steam at low (48° c) temperature.
Option of normal vacuum (700 mm-Hg) or high vacuum (750 mm - Hg) i.e. 99%.
Precise process control as sensors interfaced with PLC based control panel. This allows the process to activate only as per prescribed limit of parameters like water level, pressure, temp, & time etc.
Precise software ensures accurate repetition of process.
Single or multicycle process facility.
Hydraulic door opening system for utmost safety.
Automatic platform for feeding and removing trolley from the chamber.
Condensation prevention roof plates are provided to avoid water droplet on yarn package.

Principle

Cold saturated steam is produced at low temperature (46-48°c) by indirect steaming system and by maintaining vacuum pressure in vessel, This is mandatory for gentle process and even steam penetration.

Vacuum

Exhausts all air from cone

Steam

Evenly penetrates in to the yarn.

Holding Period

At constant temp. yarn gets conditioned homogeneously.

Final Vacuum

Exhausts all gases & steam from the machine.

Even Steam Penetration

For homogeneous yarn quality

Gentle Treatment

No condensate spots

Treatment Temp

Vacuum helps to produce cool saturated steam at low (48° C) temp.

Time Saving

Short & Energy Efficient Treatment Time

Vacuum System

Double stage low speed pump with higher exhaust volume & low maintenance

Control Panel

Touch Screen operator front panel with PLC for Precise repeatability.

Technical Specifications

Data	BM 500	BM 800	BM 1000	BM 1500
Capacity (Kgs./Batch)	500	800	1000	1500
Diameter of Vessel (Meter)	1.6	1.6	1.6	2
Usable length (Meter)	2.5	3.5	4.5	4.5
Overall Diameter of M/c. (Meter)	2.1	2.1	2.1	2.6
Overall Length of M/c. (Meter)	4	5	6	6
Overall height of M/c. (Meter)	2.1	2.1	2.1	2.6
Area required (W x L X H) (Meter)	5 x 9 X 4	5 x 10 X 4	5 x 12 X 4	5 x 15 X 5
Connected Load (Elect.Heater)	72 KW	96 KW	108 KW	144 KW
Connected Load (Vacuum System)	5.5 KW	7.5 KW	11 KW	11 KW
Heating Source	Electric Heating Coils / Steam Boiler / Wood fired / Thermic Oil Heater
Working Temperature	46° C to 135° C
Working Pressure	700 mm Hg to 40 PSI (2.7 kg/cm2)
Method of Loading	Mechanized
Method of Locking	Hydraulic
Vacuum System	vacuum pump to achieve 700mm Hg, upto 750 mm Hg
Material Of Construction	S.S. 304

Application

100% Cotton
Blends like PV. PC. Spun
Wool
Lycra
Silk

Address:
Plot No. 201, 'F' Road, Road No. 6, New INDS ESTATE, Udhna, Surat - 394 210 (Guj.) India.

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IN STEAMING MACHINE BUSINESS