Enzymes

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RUCOLASE® CME

Special product for enzymatic desizing with optimum effect above 80 °C having distinct wetting, cleaning and emulsifying capacity

  • Applicable in a pH range of 6 – 9
  • Effect increases at higher temperatures
  • Distinct wash effects
  • Good rewettability
  • High wetting power Does not affect dyestuff and mateial
  • No burden on effluent from sulphates and nitrogen
  • Sensitive to enzyme poisons

Field of application: Applicable on discontinuous machines

Chemical Basis: Preparation of amylase, surfactants and glycol ether

Ionic Character: Non-ionic

Form: Liquid


RUCOLASE® HCH

Amylase for enzymatic starch decomposition in the temperature range of 20° to 120°C

  • Very high enzyme activity
  • For rapid desizing at 95°-120°C

Field of application: Universally applicable inall desizing processes

Chemical Basis: Amylase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® HCH 250

Desizing agent with optimum efficiency above 80 °C for enzymatic desizing in woven fabric pretreatment

  • Decomposes starch into soluble components
  • For operating ranges between pH 6 and 9
  • Applicable in temperature range between 20 and 120°C
  • Standardized, very high enzyme activity
  • Also suitable for cold pad- batch desizing

Field of application: Various desizing methods

Chemical Basis: Amylase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® HCX

Desizing agent with optimum efficiency above 65 °C for enzymatic desizing in woven fabric pretreatment

  • Decomposes starch into soluble components
  • For operating ranges between pH 2,5 – 4,0
  • Applicable in temperature range between 50 and 70°C
  • Standardized, very high enzyme activity
  • Also suitable for cold pad-batch desizing

Field of application: Various desizing methods

Chemical Basis: Amylase

Ionic Character: Non-ionic

Form: Liquid

RUCOLASE® GNM

RUCOLASE® GNM

Speciality product for enzymaticde sizing with optimum effect above 80 °C having distinct wetting, cleaning and emulsifying capacity

  • Distinct wash effects
  • Effect increases at higher temperatures
  • Good re wettability
  • High wetting power
  • pH of a 10 g/l solutionapprox. 5 - 8
  • Applicable in a pHrange of 6 - 9

Field of application: Discontinue and Continous processes

Chemical Basis: Preparation of amylase, surfactants and glycolether

Ionic Character: Non-ionic

Form: Clear, slightly yellowish liquid

RUCOLASE® NGO

RUCOLASE® NGO

Special product for enzymatic desizing with optimum efficiency at temperatures above 80°C

  • Applicable in a temperaturerange of 80 - 95°C 
  • Applicable in a pHrange of 6 - 9
  • Fulfills GOTS requeriments

Field of application: Continues and Discontinous

Chemical Basis: Preparation of amylases

Ionic Character: -

Form: Clear to slightly turbid, brown liquid

RUCOLASE® ATE

Biocatalyst for the removal of pills and for the permanent antipilling finishing of cellulosic fibres. Biocatalyst for the defibrillation of primary- fibrillated lyocell articles. Biocatalyst for the surface modification and softening of wovens od knitgoods made from cellulosic fibres by means of biofinishing.

  • Maximum efficiency at 55°C and pH 5.0-5.5
  • Successful only at optimum temperature, pH and time control
  • Only effective in combination with surface mechanics
  • Sensitive to enzyme poisons
  • Removes pills, fibrils and loose through biocatalytic degradation of the cellulose
  • Enzyme stop by addition

Field of application: Applicable on discontinuous machines

Chemical Basis: Acid cellulase enzyme

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® CAE

Biocatalyst for the removal of pills and for the permanent antipilling finishing with minimizing the dusting problem of cellulosic fibres

  • Optimum application range 55 ºC; pH 5,0- 8,0
  • Maximum efficiency 55 ºC and pH 6,0–7,0
  • Applicable before or after dyeing
  • Can be combined with anti-peroxide treatment
  • Optical white fabrics can be biopolished without damaging the optics
  • Only effective in combination with surface mechanics
  • Enzyme stop by addition of alkalis or oxidizing agents or by temperature increase

Field of application: Applicable on discontinuous machines

Chemical Basis: Cellulase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® DKE

Biocatalyst for the removal of pills and for the permanent antipilling finishing with minimizing the dusting problem of cellulosic fibres

  • Maximum efficiency 55 ºC and pH 5,0 ± 0,2
  • Successful only at optimum temperature, pH and time control
  • Only effective in combination with surface mechanics
  • Removes pills, fibrils and loose fibres through biocatalytic degradation of the cellulose
  • Resolves quality problems such as fuzziness and pilling
  • Enzyme stop by addition of alkalis or oxidizing agents or by temperature

Field of application: Applicable on discontinuous machines

Chemical Basis: Acid celulase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® NGE

Biocatalyst for the removal of pills and for the permanent antipilling finishing with minimizing the dusting problem of cellulosic fibres fibres. Biocatalyst for the defibrillation of primary-fibrillated lyocell articles, and for the surface modification and softening of wovens od knitgoods made from cellulosic fibres by means of biofinishing.

  • maximum efficiency 55 ºC and pH 5,0–5,5
  • successful only at optimum temperature, pH and time control
  • only effective in combination with surface mechanics
  • removes pills, fibrils and loose through biocatalytic degradation of the cellulose
  • resolves quality problems such as fuzziness and pilling
  • the most harmless and gentle method for getting a washed-out look
  • enzyme stop by addition of alkalis or oxidizing agents or by temperature increase

Field of application: Discontinuous

Chemical Basis: Acid cellulase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® NSL

Biocatalyst for the removal of pills and for the permanent antipilling finishing with minimizing the dusting problem of cellulosic fibres also used in enzymatic washing processes in indigo dyed denim products

  • Maximum efficiency 55 ºC and pH 5,0–7,5
  • Successful only at optimum temperature, pH and time control
  • Only effective in combination with surface mechanics
  • Applicable in dyeing bath
  • Can be combined with anti-peroxide treatment
  • Resolves quality problems such as fuzziness and pilling
  • The most harmless and gentle method for getting a washed-out look
  • Enzyme stop by addition of alkalis or oxidizing agents or by temperature

Field of application: Discontinuous

Chemical Basis: Cellulase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® TZE

Biocatalyst for the removal of pills and for the permanent antipilling finishing with minimizing the dusting problem of cellulosic fibres. Biocatalyst for the defibrillation of primary- fibrillated lyocell articles, and for the surface modification and softening of wovens od knitgoods made from cellulosic fibres by means of biofinishing.

  • Maximum efficiency 55 ºC and pH 5,0–5,5
  • Successful only at optimum temperature, pH and time control
  • Only effective in combination with surface mechanics
  • Removes pills, fibrils and loose through biocatalytic degradation of the cellulose
  • Resolves quality problems such as fuzziness and pilling
  • The most harmless and gentle method for getting a washed-out look
  • Enzyme stop by addition of alkalis or oxidizing agents or by temperature increase

Field of application: Discontinuous

Chemical Basis: Acid cellulase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® TZN

Speciality product to remove peroxide residues subsequent to the hydrogen peroxide bleach and for the removal of pills

  • Maximum efficiency 50-60 ºC and pH 5,0–6,5
  • Successful only at optimum temperature, pH and time control
  • Only effective in combination with surface mechanics
  • Removes pills, fibrils and loose through biocatalytic degradation of the cellulose
  • Resolves quality problems such as fuzziness and pilling
  • The most harmless and gentle method for getting a washed- out look

Field of application: Discontinuous

Chemical Basis: Preparation of cellulose and catalase enzymes

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® YKE

Biocatalyst for the removal of pills and for the permanent antipilling finishing with minimizing the dusting problem of cellulosic fibres; biocatalyst for the defibrillation of primary- fibrillated lyocell articles, and for the surface modification and softening of wovens od knitgoods made from cellulosic fibres by means of biofinishing

  • Maximum efficiency 55 ºC and pH 5,0 ± 0,2
  • Successful only at optimum temperature, pH and time control
  • Only effective in combination with surface mechanics
  • Removes pills, fibrils and loose through biocatalytic degradation of the cellulose
  • Resolves quality problems such as fuzziness and pilling
  • The most harmless and gentle method for getting a washed- out look

Field of application: Discontinuous

Chemical Basis: Acid cellulase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® ZGO

Biocatalyst for the removal of pills and for the permanent antipill finishing of cellulosic fibres, certified according to the GOTS standard

  • Removes pills and loose fibres through biocatalytic degradation of the cellulose
  • For the gentle production of washout- effects
  • Wash-resistant effects

Field of application: Winch beck, jet, overflow dyeing machines as well as paddle or drum dyeing machines

Chemical Basis: Acid cellulase

Ionic Character: Uncharged

Form: Liquid

RUCOLASE® ADP

Special product to remove peroxide residues subsequent to the hydrogen peroxide bleach

  • Easy to dose
  • Foam free
  • Optimum efficiency from 20ºC to 50 ºC
  • Optimum application range between pH 5 and pH 10
  • Reduction of rinsing baths
  • Considerable shortening of process
  • Does not affect dyestuff and mateial
  • No burden on effluent from sulphates and nitrogen
  • Sensitive to enzyme poisons

Field of application: Applicable on discontinuous machines

Chemical Basis: Catalase enzyme

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® CAP

Special product to remove peroxide residues subsequent to the hydrogen peroxide bleach

  • Easy to dose
  • Foam-free
  • Optimum application range from 20 ºC to 50 ºC
  • Optimum efficiency pH 5-7
  • Reduction of rinsing baths
  • Considerable shortening of process
  • Does not affect dyestuff and mateial
  • No burden on effluent from sulphates and nitrogen

Field of application: Applicable on discontinuous machines

Chemical Basis: Catalase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® HTK

Special product to remove peroxide residues subsequent to the hydrogen peroxide bleach

  • Easy to dose
  • Foam-free
  • Application pH range between pH 4,5 – 7,0
  • Application temperature range from 20 ºC to 55 ºC
  • Reduction of rinsing baths
  • Considerable shortening of process
  • Does not affect dyestuff and mateial
  • No burden on effluent from sulphates and nitrogen
  • Sensitive to enzyme poisons

Field of application: Discontinuous

Chemical Basis: Catalase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® KGO

Speciality product for removing peroxide residues subsequent to the hydrogen peroxide bleach certified according to the GOTS standard

  • Does not affect dyestuff and material
  • No burden on effluent from sulphates and nitrogen
  • Foam-free
  • Optimum efficiency from 20° - 40°C
  • Reduction of rinsing baths

Field of application: Exhaust peroxide destruction

Chemical Basis: Catalase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® SCT

Speciality product to remove peroxide residues subsequent to the hydrogen peroxide bleach

  • Easy to dose
  • Foam-free
  • Application pH range between pH 5,0 – 7,0
  • Application temperature range from 20 ºC to 55 ºC
  • Reduction of rinsing baths
  • Does not affect dyestuff and mateial
  • No burden on effluent from sulphates and nitrogen
  • Sensitive to enzyme poisons

Field of application: Discontinuous

Chemical Basis: Catalase

Ionic Character: Uncharged

Form: Liquid


RUCOLASE® TZN

Speciality product to remove peroxide residues subsequent to the hydrogen peroxide bleach and for the removal of pills

  • Maximum efficiency 50-60 ºC and pH 5,0–6,5
  • Successful only at optimum temperature, pH and time control
  • Only effective in combination with surface mechanics
  • Removes pills, fibrils and loose through biocatalytic degradation of the cellulose
  • Resolves quality problems such as fuzziness and pilling
  • The most harmless and gentle method for getting a washed- out look

Field of application: Discontinuous

Chemical Basis: Preparation of cellulose and catalase enzymes

Ionic Character: Uncharged

Form: Liquid

RUCOLASE® PTZ

Specialty product for pretreating cellulosic fibres and their blends by means of a biological scouring step

  • Optimum activity at pH 8.0-8.5 and 50-60 °C
  • Sensitive to sequestering agents
  • Sensitive to enzyme poisons
  • Sensitive to Anionic auxiliaries
  • Good rewettability
  • Low-foaming

Field of application: Discontinuous and continuous

Chemical Basis: Pectinase

Ionic Character: Uncharged

Form: Liquid

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RUDOLF DURANER offers strong solutions for the textile industry! We are happy to assist you in implementing the process on your articles.

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