Hoye Ott Phones & Addresses
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17 Madrone Ct, Fairfax, CA 94930 (415) 457-0790
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17 Madrone Ct, Fairfax, CA 94930 (562) 618-9080
Work
Company:
H l o enterprises
Address:
1686 Union St Ste 304, San Francisco, CA 94123
Phones:
(415) 346-1073
Position:
Owner
Industries:
Industrial and Personal Service Paper
Education
Degree:
Associate degree or higher
Emails
h***e@aol.com
Business Records
Name / Title
Company / Classification
Phones & Addresses
Owner
H L O Enterprises
Industrial and Personal Service Paper
Industrial and Personal Service Paper
1686 Union St Ste 304, San Francisco, CA 94123
Owner
H L O Enterprises
Industrial and Personal Service Paper
Industrial and Personal Service Paper
1686 Union St Ste 304, San Francisco, CA 94123
Owner
H L O Enterprises, Inc
Manufacture Marketing and Sales of Nonwoven and Paper Products Primarily Laboratory Wipers
Manufacture Marketing and Sales of Nonwoven and Paper Products Primarily Laboratory Wipers
1686 Un St, San Francisco, CA 94123
(415) 346-1073
(415) 346-1073
Owner
H L O Enterprises
Industrial and Personal Service Paper Merchant Wholesalers
Industrial and Personal Service Paper Merchant Wholesalers
1686 Un St STE 304, San Francisco, CA 94123
(415) 346-1073
(415) 346-1073
Publications
Us Patents
Stitchbonded Composite Wiper
View pageUS Patent:
46752269, Jun 23, 1987
Filed:
Jul 7, 1986
Appl. No.:
6/882421
Inventors:
Hoye L. Ott - Fairfax CA
International Classification:
B32B 306
US Classification:
428102
Abstract:
Stitchbonded composite wiper with improved softness, bulk, hand conformity, absorbency and strength performance characteristics having a construction comprised of a middle layer of cellulose natural fibers and outer layers of either continuous filament thermoplastic fibers, meltblown thermoplastic microfibers or rayon fibers. The layers are laminated into a composite by stitch-bonding using stitching yarn of either polyester, cotton, rayon, nylon or a blend. The preferred construction of an inner layer of two ply lightweight cellulose natural fibers with relatively lightweight continuous filament thermoplastic fiber layers, on both outer sides of the cellulose fiber layer, bonded by stitching with a medium to heavy textile yarn in a prescribed stitch pattern provides a composite wiper having layer bond strength and hand feel of a desired textile nature along with improved wipe performance characteristics. This stitchbonded composite wiper while economically disposable is reusable and effective for multiple applications, particularly those applications of a heavy duty nature wherein wiping is traditionally performed using textile wiping materials or heavy weight nonwovens.