Tuesday, January 5, 2010
Grand Ballroom Acadia (New Orleans Marriott)
Wednesday, January 6, 2010
Grand Ballroom Acadia (New Orleans Marriott)
Thursday, January 7, 2010
Grand Ballroom Acadia (New Orleans Marriott)
Bugao Xu
, The University of Texas at Austin
White speck neps cause significant financial
losses to the textile industry. The
mills need a high speed method to predict this defect so that the fibers with
high white speck potential can be put into the proper product line, such as
white sheeting, toweling, etc., thereby maximizing the fiber's potential and
minimizing white specks in dyed fabrics.
Initial studies indicate that different prediction equations will be
needed for each level of lint cleaning.
The cottons for the US Cotton Variety Textile Processing Trials were
grown in Georgia,
Mississippi, and Texas during the 2001 season. The Georgia cottons were grown in the
same field, spindle picked and ginned with one lint
cleaner. The Texas
cottons were grown in one field, stripper picked and
ginned using two lint cleaners. The Mississippi cottons were
grown in the same area and obtained commercially without ginning
information. HVI,
AFIS, and Micromat F/MT were used to measure fiber
properties from the bale. These data are
analyzed and related to white specks from these three studies. Ultimately we would like to develop strong
predictions of white specks from high-speed instruments that test bale fibers,
and include the white speck potential in the classification of cottons.