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Publication numberUS1651470 A
Publication typeGrant
Publication dateDec 6, 1927
Filing dateFeb 3, 1927
Priority dateFeb 3, 1927
Publication numberUS 1651470 A, US 1651470A, US-A-1651470, US1651470 A, US1651470A
InventorsHelena S Sadtler
Original AssigneeHelena S Sadtler
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Method of transferring dyestuffs to fabrics
US 1651470 A
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Description  (OCR text may contain errors)

Patented Dec. 6, 1927.

UNITED. STATES PATENT OFFICE.

HELENA S. SADTLER, 0F ERDENHEIM, PENNSYLVANIA.

METHOD OF TRANSFERRING DYESTUFFS TO FABRI No Drawing.

This is a continuation in part of my application Serial. No. 23,717, filed April 16, 1925, formethod of transferring dyestuffs to fabrics.

My invention relates to a method of transferring dye stuffs to fabrics-soft papers-clay or biscuit ware, etc. in fact any material that will absorb water or solvent in which the dye stuff can be absorbed, wherein only portions of the fabric are to be dyed or decorated thus producing letterings, designs or pictures. The dyed places can be deeply dyed or only tinted, can be fugitive, fast or indelibly dyed or stained, as desired. For some purposes such as embroidery designs a fugitive marking is desirable. For imitation of block printing, permanent markings and decorative designs fastness of the dye or coloring is desired.

My method relates to the use of water soluble dyes by which they may be printed on paper in relief effects and then transferred by contactwith the wetted cloth or substance. In a particular way which I will describe so that all the stages of preparing the ink, printing with the same and transferring to a wetted surface may be carried on in a commercial way or by people with little or no special skill .or training.

In recent years the direct printing of fabrics has been developed owing to imrovements in dyesso that designs may e printed and then only steamed to render the colors fast. My invention includes a method of accomplishing the same results but by a different procedure. I' am able to print the desired colors first on a nonabsorbent paper and by dusting the printed surface with a fine powder as gum tragacanth, etc. which enables the use of a non-drying ink on the press and the dust prevents offsetting and used in contact with the wetted surface. I find that the designs can then be easily transferred by simply Wetting the fabric or material to be marked and then placing the paper transfer with printed side against the wetter surface and allow the paper to remain in close contact with the wetted fabric or material for a minute or so and the entire coloring will penetrate into the wetted substance. A clear exact reproduction of markings or designs that were on the paper are now in the fabric, etc. The marking is now allowed to dry. In marking Application filed February 3, 1927. Serial No. 165,755.

roduces a dry surface pattern until fabrics when it is desired that the color or colors selected for this purpose be fast, it is then only necessary to place a wet cloth over the transferred marking and apply a hot iron to steam the same in other words, the selected direct colors used only require steaming" to render them fast. Colors so treated will also resist dry cleaning. The carbo-hydrate powder such as tragacanth, etc. aid in the manufacturing by eliminating the ofisetting and allowing sheets to be stacked and it also prevents creeping when the design is transferred to the wetted surface, thus permitting a complete transfer of the design from the paper without the application of heat or steaming.

Specifically I use what is known in the trade as paste for printing textiles or an ink with a glycerine base in which the Water soluble dyes are incorporated and I generally employ a substantive dye or one that is capable of dyeing any one or all of the most used material, such as cotton, WOOl or silk. Mordants such as tannin or metallic salts may be incorporated into this ink. I use a nonabsorbent paper so called grease proof parchment paper with the above .mentioned ink or textile paste using a generous supply. This ink surface is then dusted with a powder made from a mucilaginous gum, such as gum tragacanth, etc. The printed surface may have applied to it more than one ink or paste of different shades or colors, but of the kind I specify in this way, multior varied colored effects may be produced. I find that mucilaginous gum tends to fix the color to the spot Where it is applied in character or design and it does not run when applied to the wetted material.

When the printing is performed on plate presses I use glycerine to keep the ink from dryin on the press and may also use some colloi a1 jell jointly with it, but if cylinder presses are used, some form of thickener such as a carbohydrate that forms a colloidal jell with water which may be of gum or starch paste made of such starches as tapioca or wheat that become strongly colloidal with hot water, and the printing is done while in a heated state, is used asa medium, and the glyeerine is not necessary, but the impressions are dusted as they come off the rollers with the mucilaginous um powder. As these transfers may be use for either cotton, wool, rayon or silk, I generally use a so? called union dye which will dye any of these fabrics and I may also use some form of mordant such as tannin and metallic salt, potassium antimony ta'rtate, etc.

When printed on cylinder and flat bed presses sufiieient colloidal jell can be added to the printing medium or paste so that dusting is not required, but I prefer the dusting method because it gives a dry surface to the printing immediately and it causes the dye to more readily penetrate the Wetted surface in being transferred to the different materials or substances.

I claim-- 1. A transfer sheet comprising a substantially nonabsorbentbase having printed thereon, a design in water soluble ink, and a coating of mucilaginons powder adhering to the design and partially .ibsorbed by it.

9. A transfer sheet coinprjsing a substantially nonabsorbent base, hen ring an ink design thereon, said design being covered with a mucilaginous powder which has partially absorbed the ink.

3. A transfer sheet comprising a sheet of substantially nonabsorbent paper having thereon a design or marking printed with a memes dyestuff in solution, and dusted with a powdered muoilaginous gum.

' 4. A transfer sheet comprising a paper base and a design thereon composed of a water soluble substantive dye and a suitable mordant, dusted with a mucilaginous pow der.

A transfer sheet comprising a. substantially nonabsorbentbase having a design thereon formed of dyestufi' in glycerine solution, said design beingicovered with a Inucilaginous powder, partially absorbed by the ink in the design and in sufiicient quantity to render the design adhesive when wet.

6. The process of making a transfer sheet which comprises printing a design with water soluble ink on a substantially nonabsorbent base, and dusting'the moist design with a lnucilaginous powder to dry the impression and render the design adhesive when again moistened.

In testimony whereof, I have hereunto signed my name, at Washington, in the Dis trict of Columbia, this third day of February, 1927.

HELENA S. SADTLER.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US3769055 *Oct 27, 1971Oct 30, 1973Commercial Decal IncMethod for the preparation of an overglaze ceramic decalcomania
US3898362 *Jul 19, 1973Aug 5, 1975Commercial Decal IncCeramic decalcomanias including design layer free of glass
US5196030 *Oct 4, 1988Mar 23, 1993Dansk Transfertryk A/SProcess with no heating for transfer pattern printing of a moist cellulose, wool or silk textile web, and an apparatus as well as a pattern carrier web for use in the process
WO1989002950A1 *Oct 4, 1988Apr 6, 1989Dansk TransfertrykA process for transfer pattern printing of a moist textile web, and a system as well as a pattern carrier web for use in the process
Classifications
U.S. Classification8/467, 8/918, 8/917, 8/932
International ClassificationD06P5/24
Cooperative ClassificationY10S8/932, D06P5/007, Y10S8/917, Y10S8/918
European ClassificationD06P5/00T4