Bromine Compounds Limited

Zzakey Technologies Ltd.

Clexio Biosciences Ltd.

Hinoman Ltd.

Goldenguard Technologies Ltd.

Itzhak Shalev

Ella Rapaport

Royi Mazor

Michael R Peled

Mircea Bucevschi

Monica Colt

Eyal Eden

Iris Ben David

Asher Shoshan

Ganit Levi-Ruso

Kirk E Faulkner

Nirit Zer-Zion

Yelena Epshtein Assor

Erez Koren

Michael A Goldenhersh

Mark Zamansky

Ehud Elituv

Gershon Miaskovski

Orit Ben-Vais

Orel Amar

Yuri Chernomordik

Revital Ben Daniel

Yaakov Rachmilevich

Elad Hakimi

Dan Bucevschi Mircea

The present invention teaches an antimony free brominated flame retardant composition, comprising a brominated flame retardant, an organic phosphorus-containing flame retardant which is an organic phosphate that is either an amorphous solid or a liquid, and a flame retardant which is a source of nitrogen and inorganic phosphorus, this source being amorphous compound. The invention further teaches textile coating formulations comprising these compositions, a process for applying them on textile fabrics, and the flame retarded fabrics coated by these compositions and formulations.

Antimony free brominated flame retardant system for textiles

The disclosure is directed to fibrous structures finished with active pharmaceutical ingredients, as well as methods of their manufacturer and use.

Finished fibrous structures and methods of their use and preparation

The present invention discloses a system for cultivating surface-growing floating aquatic plants, in particular, duckweeks or lemnoideae species, on a non horizontally positioned sheet-like substrate. The aforementioned system comprises (a) a predetermined volume of growth media flowing through sheet-like substrate provided with a predetermined inoculum of said aquatic plants; (b) at least one sheet-like substrate; (c) an irrigation mechanism configured to a top down irrigation flow in said sheet-like substrate; and (d) a regulation mechanism configured to control said irrigation flow. The present invention further discloses methods for cultivating the aforementioned aquatic plants.

System for cultivating aquatic plants and method thereof

The present invention discloses novel flame retardant aqueous formulations comprising micronized particles of brominated epoxy polymers having a predetermined molecular weight and glass transition temperature, their use as flame retardants for textile applications, their preparation and flame-retarded textile fabrics prepared by using them.

Brominated epoxy polymers as textile-finishing flame retardant formulations

This invention relates to a formulation material and its method useful in forestry firefighting, the formulation material comprising: (a) an anhydride copolymer having a structural formula wherein a functional group X of said formula is at least one alkyl group selected from the family consisting of methyl, ethyl, and propyl groups! and (b) at least 0.1%, by weight, of at least one cross-linking agent for said anhydride copolymer, said agent selected from the group of cross-linking agents consisting of a biopolymer and a tannin, wherein a weight ratio of said anhydride copolymer to said cross-linking agent is at least 2:1, and wherein a total weight of said anhydride copolymer and said cross-linking agent, within the formulation, is at least 25% on an anhydrous basis.

Biodegradable fire-fighting formulation

Flame retardant aqueous dispersions or suspensions comprising tris(tribromophenoxy)-s-triazine (TTBT) or tetrabromobisphenol A bis(2,3-dibromopropyl ether) (TBBPE) or a mixture thereof and one or more nonionic or anionic surface active agent(s) and/or wetting agent(s) used in textile are described. The flame retardants exhibit high compatibility with textile materials and are stable in aqueous solutions.

Aqueous dispersion of flame retardant for textiles and process for producing same

Novel smoldering suppressing compositions containing a metal complex of ammonium superphosphoric acid and having a high phosphate content, and processes for their preparation, are disclosed. Further disclosed are formulations containing these compositions and articles-of-manufacture having these formulations applied thereon. These novel formulations are particularly effective as smoldering suppressants for textiles, and are characterized by a high washing fastness.

Washing-fast smoldering-suppressing compositions

Novel formulations comprising pentabromobenzylbromide (PBBBr) and a carrier, for use as a flame retardant for application on a substrate, and processes for their preparation are disclosed. Further disclosed are articles-of-manufacture having these formulations applied thereon, and the use of PBBBr as a flame retardant for application on a substrate. These novel formulations are particularly effective as flame retardants for textiles, and are characterized by a low add-on and a high washing fastness.

Flame retardant compositions

A dyeing apparatus and method for continuous dyeing of a fabric article with dye, the apparatus including: (a) a dyeing vessel for containing a high-density liquid; (b) a heating mechanism, thermally associated with the dyeing vessel, for heating a dye fixation zone within the vessel to a temperature above 70&#xb0; C.; (c) a continuous transport mechanism for continuously transporting the fabric article, through a dye impregnation chamber, and through the dye fixation zone of the dyeing vessel, and (d) a dye-dispensing mechanism for delivering a dye liquor within the dye impregnation chamber, so as to impregnate with the dye, the fabric article passing through the chamber, and wherein the dyeing vessel is dimensioned and configured such that a height of the high-density liquid delivers a hydrostatic pressure of at least 0.1 bar gauge to the dye fixation zone, so as to effect fixation of the dye in the fabric article.

Dyeing apparatus and method therefor

Materials for, and methods of protecting yarns, fibers, fabrics and finished textiles from the deleterious effects of ultraviolet radiation. The materials include at least one physical UVR attenuator, having an average particle size below 1000 nanometers, and at least one flexible, film-forming polymeric binder for bonding the material to a fabric surface, wherein the physical UVR attenuator is dispersed within said binder to form an aqueous dispersion. Also disclosed are materials including both physical and chemical UVR attenuators, in which a synergistic protection effect is achieved.

UVR attenuation of fabrics and finished textiles

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Beit Gamliel, Israel

Itzhak Shalev