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Product Ranges
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Product |
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Properties,
applications |
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Biavin BPA |
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Universal bath lubricant, nonionic,
polymeric amide, non-foaming, Biavin BPA could be
quickly absorbed from the bath to the fibre surface, where the viscosity of
the fibre-liquid layer will be increased, rendering a sliding film around the
fibre. Fibre-fibre and
fibre-metal frictional coefficients will be hence reduced, running properties
of the fabric in the treatment bath will be significantly improved. As a result, formation of crease-marks
and surface damages due to excess abrasion could be avoided. |
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Biavin BPC |
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Bath lubricant, slightly cationic,
polymeric amides, Biavin BPC could be
quickly absorbed from the bath to the fibres surface, where the viscosity of
the fibre-liquid layer will be increased, rendering a sliding film around the
fibre. Fibre-fibre, fibre-metal
frictional coefficients will be hence reduced, the running properties of the
fabric in the treatment bath will be thus significantly improved. At the same time, Biavin BPC also
makes the fabric soft, facilitating natural folding and unfolding of the
fabric whilst circulating in the machine. All come together, as a result,
crease-marks formation and abrasive surface damages could be avoided. Fabrics treated with Biavin BPC will be
softer and smoother. |
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Biavin TCC
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Anticreasing agent, polyethylene
emulsion, nonionic, Biavin TCC could be slowly and evenly absorbed by the
fibre, rendering the fabric soft, and thus facilitating the natural folding and
unfolding of the fabric whilst circulating in the machine. As a result,
formation of crease-marks and abrasive damages could be avoided. Due to its higher melting points,
polyethylene wax residues would stay permanently on the fabric, with which it
has only positive effects on the fabric. |
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Biavin B300
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Biavin B300 is
a concentrated form of Biavin TCC. |
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Biavin GLM
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Anticreasing agent for cellulosic fibre,
sulphated fats, anionic, Biavin GLM could be used in the pretreatment bath, as well
as in the dyebath with reactive dyes. Biavin GLM could be slowly and evenly absorbed by the
fibre, rendering the fabric soft, and thus facilitating the natural folding
and unfolding of the fabric whilst circulating in the machine. As a result, formation of crease-marks
and abrasive damage could be avoided. |
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