Liquid Catalase as Textile Auxiliary Agent

• Customization: Available
• CAS No.: 9001-05-2
• Formula: C9h10o3
• Model NO.: CAS# 9001-05-2
• EINECS: 232-577-1
• Color: Brown
• Kind: Textile Enzyme
• Appearance: Liquid
• Application: Pretreatment Auxiliary
• Odor: Slight Fermentation Odor
• Enzymatic Activity: >20, 000 U/Ml
• Solubility: Soluble in Water
• Form: Liquid
• Transport Package: 25kg
• Specification: 25KG/DRUM
• Trademark: DEBORN
• Origin: China

Product Description

[Specification]

Property	Specification
Appearance	Liquid
Color	Brown
Odor	Slight fermentation odor
Enzymatic Activity	≥20,000 U/mL
Solubility	Soluble in water

CAS NO.                   9001-05-2
IUB NO.                    EC 1.11.1.6
 
[Benefit]
Complete removal of residual H2O2 in preparation for dyeing
Wide pH range, convenient in using
No damage of fabric Reduced processing time
Reduced water consumption and effluent volume
Few dosage
Environmental-friendly & bio-degradation
 
[Properties]
Effective temperation:  20-60ºC, optimum temperation: 40-55ºC
Effective PH: 5.0-9.5,optimum PH:6.0-8.0

Applications

In textile industry, Catalase can remove the residual hydrogen peroxide after bleaching, shorten the process, save energy, water and reduce the pollution for the environment.
In food and fresh milk industry, the recommended dosage is 50-150ml/t fresh raw material at 30-45ºC for 10-30mins, no need to adjust pH.
In beer storage and sodium gluconate industry, the recommended dosage is 20-100ml/t beer at room temperature in beer industry. The recommended dosage is 2000-6000ml/t dry matter with concentration 30-35% pH about 5.5 at 30-55ºC for 30 hours.
In Pulping and papermaking industry, the recommended dosage is 100-300ml/t bone dry pulp at 40-60ºC for 30 minutes, no need to adjust pH.
 
[Packaging & Storage]
Plastic drum is used in liquid type.
Should be stored in a dry place with temperature between 5-35ºC.
 
[Notice]
The above information and the conclusion obtained is based on our current knowledge and experience, users should be according to the practical application of different conditions and occasions to determine the optimal dosage and process.