Coated fibrous substrate with enhanced printability

Details Coated fibrous substrate with enhanced printability Coated fibrous substrate with enhanced printability

1995-03-22

1997-11-25

Raimund, Christopher

Fabric (woven, knitted, or nonwoven textile or cloth, etc.)

Coated or impregnated woven, knit, or nonwoven fabric which...

Coating or impregnation specified as porous or permeable to...

4283184, 4283157, B32B 326

Patent

active

056905270

ABSTRACT:
A new coated fibrous substrate is produced by applying a coating containing swelled super absorbent particles having a minimum dimension of at least 5 microns to obtain the desired porosity and roughness in the finished coating, applying the coating to the substrate at least partially setting the coating thereafter driving at least the majority of the carrier absorbed by the super absorbent particles from the particles to leave macro-voids in the coating and produce a coated surface having a roughness in the macro as opposed to the micro range.

REFERENCES:
patent: 4751111 (1988-06-01), Lee et al.
Janes, R.L. and McKenzie, J.D., "The Behavior of Bentonites in Pigmented Paper Coatings-Effects on Rheology, Application, Coated Paper Properties and Printability", May 17-19, 1976, TAPPI Coating Conference, Boston, pp. 31-51.
"Clay Chemistry", information provided by Southern Clay Products, Gonzales, Texas.
Booth et al., "Bubble Coating-Sleeping Giant? Could Revolutionize Coating?", Oct. 26, 1970, Paper Trade Journal 154(43).
Lee et al., "Development of Low Glossing Paper Coating Latexes: Theories and Concepts", May 1986 TAPPI Coating Conference, pp. 31-34.

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