Softeners & Speciality finishing Products
Beva Offers a wide variety of finishing products with the aim to improve the fabrics looks, touch, wearing comfort & features. The said properties are achieved by using eco-friendly chemicals based on Silicone, fatty amide, Polyethylene, paraffin and other chemistries.
- Silicone products
- Customised solutions to meet customer requirements
- Unique silicone solutions
Product Range
- Beva Elite™ HSS (Moisture management softener to achieve instant hydrophilicity & wicking requirements, suitable for Cotton fabric).
- Beva Elite™ SRW (Moisture management softener for excellent wicking requirements on Polyester fabric).
- Beva Elite™ TTS (Terry towel softener for better water retention & bulkiness).
- Beva Elite™ CPL (Shear stable Block silicone for superior handle on synthetic & blends).
- Beva Elite™ PCF (Shear stable block silicone for excellent softness on cotton & blends).
- Beva Elite™ HPS (Shear stable block silicone for instant hydrophilicity, better softness with chlorine fastness properties).
- Beva Elite™ HYLS (Micro silicone for moderate hydrophilicity & good handle).
- Beva Elite™ SBA (Shade bloomer).
- Beva Elite™ ELS (Elastomeric softener to improve stretch & recovery).
- Beva Exallos™ 700 (Ultra high concentrated mirco emulsion for excellent softness & body breaking, suitable for use in padding application).
- Beva Exallos™ 650 (Ultra high concentrate micro emulsion for superior softness & extreme body breaking, suitable for use in belly washing machine).
- Beva Exallos™ 600 (Ultra high concentrate micro emulsion for superior softness & extreme body breaking, suitable for use in belly washing machine).
- Beva Flakes™ WGF (Cold water soluble weak cationic flakes, suitable for finishing of white goods).
- Beva Flakes™ ECWS (Cold water soluble weak cationic flakes).
- Beva Flakes™ WN (Non-ionic flakes for finishing white goods).
- Beva Gelose™325 (Concentrated micro emulsion for excellent softness & body breaking).
- Beva Gelose™ 367 (Concentrated micro emulsion for use on high GSM garments & fabric, give surface smoothness).
- Beva Gelose™ DSE (Economical micro emulsion for finishing of cotton, cotton lycra & its blends).
- Beva Gelose™ BMTL (Bathmat softener to achieve water absorbency & softness).
- Beva Gelose™ WGS (Shear stable micro emulsion that balances hydrophilicity & handle).
- Beva Imaze™ DF (Silicone defoamer for use in formulation & in application process to know down foam).
- Beva Imaze™ DFS (Silicone free defoamer for industrial application).
- Beva Imaze™ AB Conc (Concentrated antiback staining agent for denim finishing).
- Beva Lub™ ESR (Yarn lubricant that reduces the coefficient of friction while enhancing the runnability & strength).
- Beva Lub™ FTS (Concentrated yarn lubricant that reduces coefficient of friction, improves strength & runnability).
- Beva Lub™ OBTL (Oil based Thread lubricant for use in lick roll application).
- Beva Optima™ SBH (Shear stable hydrophilic micro emulsion for finishing of Cotton & its blends, has balance of water absorbency & handle).
- Beva Optima™ MYH (Modified PDMS emulsion for moderate hydrophilicity and superior handle).
- Beva Soft™ 225 (Concentrated Cationic fatty acid condensate for achieving surface smoothness on cotton, Polyester & its blends).
- Beva Soft™ 4705 (Ready to use Non-ionic fatty acid amide condensate that is suitable for finishing white goods resulting in instant hydrophilicity and papery touch).
- Beva Soft™ 4706 (Ready to use cationic dispersion to achieve surface smoothness on Cotton, Polyester & its blends).
- Beva Soft™ 492 (Special blend of fattyacid & PDMS emulsion to achieve surface & inner softness, suitable for printed goods).
- Beva Soft™ NYS (Weakly cationic fatty acid dispersion for finishing of white goods with surface smoothness).
- Beva Soft™ GPS (Macro silicone for surface smoothness).
- Beva Soft™ OC (Strongly cationic dispersion for extreme surface smoothness, not suitable for white goods).
- Beva Soft™ TSI (Polyethylene emulsion for tear strength improvement of woven fabrics).
