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- Aquilainternationals@gmail.com
- +91 79909 06472
- Open Hours: Mon – Fri: 9:30am to 6:30pm
Leather Enzymes
Leather Enzymes
Enzymatic dehairing assistance, bating, and related solutions that reduce chemical usage and wastewater pollution while improving leather quality.
Leather enzymes help tanneries clean, soften, and prepare hides more gently than aggressive chemical routes. Proteases and related systems support soaking and bating, improving grain quality and handle while lowering pollution load.
AQ Bio Solutions LTZyme leather enzymes are designed for process reliability — cleaner residuals, better softness, and smoother preparation for tanning and finishing.
Key Benefits
- Softer, cleaner leather with improved grain
- Reduced harsh chemical dependency
- Lower wastewater pollution potential
- Better preparation for tanning and finishing
- Focused grades for soak, bate, and amylase steps
Applications
- Soaking and hide preparation
- Bating and softening
- Assisted unhairing processes
- Starch/residual clean-up
- Eco-oriented tannery workflows
Our Products
Alkaline Protease
LTZyme-SOAK
Prepares hides for tanning by cleaning residuals · Improves smoothness and softness of leather
Alkaline Protease
LTZyme-BATE
Supports bating for cleaner, more open fiber structure · Improves softness ahead of tanning
Acid Protease
LTZyme-ACID BATE
Enhances grain quality and softness · Prepares leather for further processing
Amylase
LTZyme-AMYL
Removes starch-related residuals from hides · Cleans and smooths leather for finishing
FAQs
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What enzymes are used in leather processing?
Proteases, lipases, and amylases are commonly used for cleaning, softening, and preparing leather during production.
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02
How do enzymes contribute to leather production?
They break down fats, proteins, and impurities, making leather softer, cleaner, and easier to process.
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Which enzyme helps remove hair from hides?
Proteases are used to assist unhairing more gently, helping reduce chemical usage.
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Do enzymes reduce pollution in leather manufacture?
Yes. Replacing harsh chemicals with enzymatic steps typically creates cleaner processes with lower environmental impact.