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Fine Fabrics

Ingredi ents A Fatty acid (Cocos + Olein, Prifac 7976) 3.00% [Pg.82]

SOURCE Hoechst Aktiengesellschaft Detergents and Cleaning Agsnts Quids Formulations [Pg.82]

Enzymatic Heavv-Dutv Laundry Detergent Formula LY-0046 [Pg.83]

Dissolve sodium citrate in water by stirring at 45-50C, add Calsoft F-90. Mix Part B in the order listed. Add A to B . Add sodium formate and calcium chlftPtile. Cool to room temperature. Add the enzymes. Add coloraat, perfume and water. Adjust pH to 10.0. [Pg.83]

Sodium Carbonate 50.0 Igepal CO-630 12.0 Sodium Silicate 12.0 Sodium Sulfate 24.5 Carboxymethylcellulose 1.0 Optical Brightener 0.5 [Pg.83]

Thermphos NW Tallow soap. Powder Sodium disilicate Sokalan CP 5 Sokalan HP 22 Aquamollin BC Powder Perfume [Pg.78]

To be prepared by spray mix process. Therefore DDBS-Na must be employed in form of a spray dried powder. DDBS-Na paste is not suitable. [Pg.78]


Property Unit Paper for h.t. insulation Paper for it. insulation Fine fabric Asbestos felt Glass fabric... [Pg.658]

The highest mechanical strengths are usually obtained when the fibre is used in fine fabric form but for many purposes the fibres may be used in mat form, particularly glass fibre. The chemical properties of the laminates are largely determined by the nature of the polymer but capillary attraction along the fibre-resin interface can occur when some of these interfaces are exposed at a laminate surface. In such circumstances the resistance of both reinforcement and matrix must be considered when assessing the suitability of a laminate for use in chemical plant. Glass fibres are most commonly used for chemical plant, in conjunction with phenolic resins, and the latter with furane, epoxide and, sometimes, polyester resins. [Pg.921]

Fatty acid soaps are invariably alkaline, having a pH of 9 or higher in dilute solutions. This alkalinity is particularly undesirable in the washing of fine silks and woolens, where it can accentuate fabric shrinkage or color fading. Synthetic detergents have been developed that are neutral and have no more effect than plain water on fine fabrics. [Pg.326]

From the consumer viewpoint there are two important and distinct products which are referred to as light- and heavy-duty detergents. The fight-duty products, recommended for use on dishes and fine fabrics, usually have the composition shown in Table IV. [Pg.333]

Silk is an animal fiber valued for its texture, strength, and luster. First prepared in ancient China, silk fabric was expensive, luxurious, and soft its popularity led to the development of a trade route known as the Silk Road leading from Asia to Europe. Early American entrepreneurs such as Benjamin Franklin promoted the silk industry in the colonies. Silkworms spin cocoons that are collected, steamed, and unwound to obtain the silk fiber by a process known as reeling. A number of fibers are twisted together to form a thread of raw silk. Threads are combined, cleaned, stretched, dyed, and woven into fine fabrics. Silk fibers have great tensile strength and are sometimes used in cordage. [Pg.91]

Fine fabric detergents Cream rinse/conditioners ... [Pg.15]

Like cotton, there are many different linen fabrics made from the basic flax fiber. Most of these are defined only by the type of weave and the fineness of the fiber, such as cambric and damask. The word linen is usually applied only to unbleached plain weave material. Some names are applied to similar fabrics made of cotton and linen. An example of this is canvas, a plainly woven fabric of varying weight made from hard-twisted yam. Canvas may be made from hemp, cotton, jute, or flax (linen). Most fine fabrics, particularly of European or American manufacture, are made from flax. Since its invention in the 1600s, most lace has also been made of flax thread. [Pg.76]

Microstrainer—A device constrncted of straining materials made of a very fine fabric or screen designed to remove minnte particles from water. [Pg.299]

A current goal is to establish long term biocompatibility of engineering and structural materials, especially for prosthetic devices, by promoting the rapid attachment and proliferation of living cells compatible with the site of ultimate implantation. Fine fabric meshes are of great utility in this application. The great sensitivity (and simplicity) of... [Pg.303]

Rhodamox. [Rhone-Poulenc Surf.] Di-mediylamine oxides foaming agent, foam stabilizer, diickener, emtdlient for cosmetics, toiletries, fine fabric detergents. [Pg.316]

Use 1/2 cup in wash cycle per normal wash load or a small amount in cold water for fine fabrics. [Pg.140]

Microfibers lend themselves very well to fabric esthetics. Dyed fabrics appear with solid, bright colors due to the fine size of individual filaments. They are semimatte in appearance, without the need for treatments such as sand washing. The vulnerability to damage from careless ironing is one disadvantage. The thermal capacity of the tiny filaments is so low that it is easy to overheat them. They also snag easily and, as with all fine fabrics, they need to be handled with a degree of care. [Pg.25]


See other pages where Fine Fabrics is mentioned: [Pg.70]    [Pg.43]    [Pg.115]    [Pg.119]    [Pg.79]    [Pg.82]    [Pg.82]    [Pg.48]    [Pg.114]    [Pg.8]    [Pg.37]    [Pg.12]    [Pg.230]    [Pg.361]    [Pg.155]    [Pg.155]    [Pg.186]    [Pg.192]    [Pg.559]    [Pg.78]    [Pg.78]    [Pg.101]    [Pg.422]    [Pg.174]   


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Fine Fabric Detergent

Fine Fabric Wash Detergent

Fine fabric wash

Prepreg fine fabrics

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