Enzyme Wash
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EFFICIENCY AND VALUE FOR DENIM TREATMENT Cellulase enzymes contain both neutral, acid and hybrid enzymes in difference concentrations, offering unique combinations that make these enzymes highly effective in creating a rich variety of effects on denim. They give denim finishers the flexibility to use a wide range of washing parameters, depending on the precise requirements of the process. Neutral ECOSTONE® C and F -series are notable for the superior results they achieve in back staining and contrast and efficiency, regardless of the machinery used in the stone washing process. Acid cellulases provide fast, cost-effective performance where high output is a key factor. High performance hybrid cellulases are specially designed for modern denim stone wash processes, and provide outstanding advantages even at low temperatures. They are extremely effective in the short washing time, low back staining, high contrast and big dot size typical of acid cellulase washes. OSB is a high performance enzyme product for formulators who are looking for strong depilling performance when combining different processes under neutral conditions in textile mills. OSB is the perfect choice for combining depilling with dyeing.Combining these two processes leads to: reduced water consumption reduced energy consumption, and faster processing times, leading to increased production with better delivery reliability. This in turn translates into greater convenience and substantial savings for textile mills.
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Enzyme Wash
Transcript of Enzyme Wash
EFFICIENCY AND VALUE FOR DENIM TREATMENTCellulase enzymes contain both neutral, acid and hybrid enzymes in difference concentrations, offering unique combinations that make these enzymes highly effective in creating a rich variety of effects on denim. They give denim finishers the flexibility to use a wide range of washing parameters, depending on the precise requirements of the process.Neutral ECOSTONE C and F -series are notable for the superior results they achieve in back staining and contrast and efficiency, regardless of the machinery used in the stone washing process. Acid cellulases provide fast, cost-effective performance where high output is a key factor.
High performance hybrid cellulases are specially designed for modern denim stone wash processes, and provide outstanding advantages even at low temperatures. They are extremely effective in the short washing time, low back staining, high contrast and big dot size typical of acid cellulase washes. OSB is a high performance enzyme product for formulators who are looking for strong depilling performance when combining different processes under neutral conditions in textile mills.
OSB is the perfect choice for combining depilling with dyeing.Combining these two processes leads to: reduced water consumption reduced energy consumption, and faster processing times, leading to increased production with better delivery reliability.This in turn translates into greater convenience and substantial savings for textile mills.
DENIM FINISHINGProducts for Formulations: LiquidsEnzyme typepH and Temperature
Ecostone A400Amylase5.5 7.5 / 60-105C
Ecostone L900Acid Cellulase4.5 6.0 / 40-65C
Ecostone HPL1800Acid Cellulase4.5 6.0 / 50-65C
Ecostone C1Neutral Cellulase6.0 7.5 / 50-65C
Powders
Ecostone HPP5000Hybrid Cellulase5.0 6.5 / 4065C
Ecostone C 10Neutral Cellulase6.0 7.5 / 5065C
Ecostone F7Neutral Cellulase6.0 7.5 / 4065C
Ecostone Czyme 50Cold Neutral Cellulase5.5 7.0 / 20 50C
BIOFINISHINGInnovative Textile FinishingRange includes products that are suited for individual formulation due to their high concentration levels. Treated fabrics and garments are smooth and soft, drape better and are beautiful to they eye. It cleans the surface of the knit by removing the fiber ends and making the knit permanently pilling free.In Harmony With The EnvironmentEnvironmental awareness is growing among consumers. As a result, the textile industry is being asked to adopt more eco-friendly processes. Enzymes are totally biodegradable and harmless to the environment. In addition, they offer an opportunity to replace harsh chemicals and unsustainable processes with more environmentally friendly methods, saving water, time and energy.
