| Deuteron OG 8803 | Deuteron | Deuteron OG 8803 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal...view more Deuteron OG 8803 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal stability of over 200°C. When used as an additive in radically curing coatings systems, Deuteron OG 880x improves the static and dynamic friction of the coatings and provides improved mechanical resistance. Compared to wax-based additives, Deuteron OG 880x does not adversely affect the recoatability recoated. The very fine solid particles (PMU) allows the products to be used in coating systems that are applied as extremely thin films. The gloss reduction is dependant on the type of employed binder, the applied film thickness and the selected dosage. Therefore the reduction in gloss that can be achieved with Deuteron OG 880x can be customised to realise a variety of surface protection and matting objectives. Deuteron OG 880x is intended for use in radiation curing coatings and printing inks. They are particularly recommended for use in systems which require a thin film thickness, e.g. printing inks and overprinting lacquers. The use of Deuteron OG 880x can substantially improve coatings (ranging from silky sheen to matt) which contain silicic acid as a matting agent and possess inadequate surface resistance. view less | Request Sample |
| Deuteron OG 8805 | Deuteron | Deuteron OG 8805 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal...view more Deuteron OG 8805 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal stability of over 200°C. When used as an additive in radically curing coatings systems, Deuteron OG 880x improves the static and dynamic friction of the coatings and provides improved mechanical resistance. Compared to wax-based additives, Deuteron OG 880x does not adversely affect the recoatability recoated. The very fine solid particles (PMU) allows the products to be used in coating systems that are applied as extremely thin films. The gloss reduction is dependant on the type of employed binder, the applied film thickness and the selected dosage. Therefore the reduction in gloss that can be achieved with Deuteron OG 880x can be customised to realise a variety of surface protection and matting objectives. Deuteron OG 880x is intended for use in radiation curing coatings and printing inks. They are particularly recommended for use in systems which require a thin film thickness, e.g. printing inks and overprinting lacquers. The use of Deuteron OG 880x can substantially improve coatings (ranging from silky sheen to matt) which contain silicic acid as a matting agent and possess inadequate surface resistance. view less | Request Sample |
| Deuteron OG 8807 | Deuteron | Deuteron OG 8807 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal...view more Deuteron OG 8807 is based on polymethyl urea resin (PMU) as the active ingredient. Features of the duroplastic active ingredient are its high hardness and abrasion resistance. It is resistant to most standard solvents used in coatings and has good thermal stability of over 200°C. When used as an additive in radically curing coatings systems, Deuteron OG 880x improves the static and dynamic friction of the coatings and provides improved mechanical resistance. Compared to wax-based additives, Deuteron OG 880x does not adversely affect the recoatability recoated. The very fine solid particles (PMU) allows the products to be used in coating systems that are applied as extremely thin films. The gloss reduction is dependant on the type of employed binder, the applied film thickness and the selected dosage. Therefore the reduction in gloss that can be achieved with Deuteron OG 880x can be customised to realise a variety of surface protection and matting objectives. Deuteron OG 880x is intended for use in radiation curing coatings and printing inks. They are particularly recommended for use in systems which require a thin film thickness, e.g. printing inks and overprinting lacquers. The use of Deuteron OG 880x can substantially improve coatings (ranging from silky sheen to matt) which contain silicic acid as a matting agent and possess inadequate surface resistance. view less | Request Sample |
| PT 726 | BIP (Oldbury) Ltd | PT 726 is a modified polymer of ethylene urea. It is a non-ionic, clear to pale yellow, formaldehyde free liquid. Primarily used for crease resistant finishes on cellulose fiber fabrics when formaldehyde free product and requires no special catalyst. | |
| PT 727 | BIP (Oldbury) Ltd | PT 727 is a modified urea formaldehyde polymer. It is a clear, straw coloured cationic liquid. Primarily used for anchoring thermoplastic coatings to regenerated cellulose film. | |
| PT 729 | BIP (Oldbury) Ltd | PT 729 is an oligomer of dimethylol cyclic ethylene urea. It is a non-ionic reactant resin. Primarily used as a soft crease resistant and mechanical finishes for cellulosic fibres, woven and knitted goods, can also be used for white goods where chlorine r...view more PT 729 is an oligomer of dimethylol cyclic ethylene urea. It is a non-ionic reactant resin. Primarily used as a soft crease resistant and mechanical finishes for cellulosic fibres, woven and knitted goods, can also be used for white goods where chlorine retention is of no importance. view less | |
| PT 931 | BIP (Oldbury) Ltd | PT 931 is a dimethoxymethyl dihydroxyethylene urea reactant resin. It is a non-ionic, low free formaldehyde clear solution that is primarily used as a crease resistant and permanent press finish for fabrics containing cellulosic/synthetic fibre blends. Th...view more PT 931 is a dimethoxymethyl dihydroxyethylene urea reactant resin. It is a non-ionic, low free formaldehyde clear solution that is primarily used as a crease resistant and permanent press finish for fabrics containing cellulosic/synthetic fibre blends. This product gives improved chlorine resistance and very low residual formaldehyde. view less | |
| PT 933 | BIP (Oldbury) Ltd | PT 933 is a modified dimethoxymethyl dihydroxyethylene urea reactant resin. It is a non-ionic, low free formaldehyde, clear, colourless liquid. Primarily used as a suitable for crease resistant finishing where necessary to achieve Oeko-Tex 100 Class 1 and...view more PT 933 is a modified dimethoxymethyl dihydroxyethylene urea reactant resin. It is a non-ionic, low free formaldehyde, clear, colourless liquid. Primarily used as a suitable for crease resistant finishing where necessary to achieve Oeko-Tex 100 Class 1 and Japanese Law 112 for baby wear and good chlorine resistance. view less | |
| PT 939 C | BIP (Oldbury) Ltd | PT 939 C is a modified dimethoxymethyl dihydroxyethylene urea reactant resin. It is a non-ionic, low free formaldehyde, clear, colourless liquid. It is very reactive and primarily used with BCP for excellent DP ratings on cellulose fabrics. | |
| Urea - Formaldehyde Resins KF-FE | Achema | Urea - formaldehyde resins KF-FE is used for plywood production, mold pressing, thermal insulation material and wood particleboard production. | |
| Urea - Formaldehyde Resins KF-LE | Achema | Urea - formaldehyde resins KF-LE is used for plywood, furniture, curved plywood and wood particle production. |
