Enzyme Solutions for Fabric and Household Care

CD Biosynsis provides innovative enzyme solutions for the Fabric and Household Care industry, enhancing the efficacy, gentleness, and sustainability of cleaning products. Enzymes offer a powerful, biodegradable alternative to harsh chemicals, enabling superior stain removal, fabric maintenance, and odor elimination at lower temperatures and shorter wash cycles. Our services include the discovery, engineering, and formulation of industrial-grade enzymes optimized for performance in various detergents, including high-pH, low-temperature, and high-surfactant environments. We specialize in engineering enzyme variants with improved storage stability within liquid formulations and exceptional activity against specific, complex stains, driving the next generation of eco-friendly and high-performance household products.

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Overview Enzyme Categories Application Workflow Advantages Customer Reviews FAQs Contact Us

Sustainable and Highly Efficacious Cleaning Power

Enzymes are the workhorses of modern detergents, targeting and breaking down complex biological soil components like fats, proteins, and starches that traditional surfactants struggle to remove completely. Our engineering efforts focus on creating variants with unique benefits: proteases that remain active in concentrated liquid detergents, lipases that function effectively at low wash temperatures, and amylases that prevent the redeposition of starch-based soil. By offering high-throughput screening and targeted evolution, we help clients develop highly stable enzyme concentrates, leading to reduced packaging, lower energy consumption during washing, and gentler care for fabrics and surfaces. Our categorized solutions cover the full spectrum of enzymatic cleaning applications, from laundry to dishwashing and specialized stain removal.

Key Enzyme Categories for Fabric and Household Care

Laundry Detergent Enzymes Dishwashing and Surface Care Fabric Care and Specialty Enzymes

Category 1: Laundry Detergent Enzymes (Heavy-Duty Cleaning)

High-activity enzymes essential for removing common biological stains in washing machines:

These enzymes are engineered for stability in complex liquid detergent formulations:

Proteases (Subtilisins)

Break down protein-based stains (e.g., blood, grass, milk) and are engineered for high-pH and surfactant compatibility.

Lipases

Hydrolyze fat and oil stains (e.g., cooking oils, grease) and are optimized to work effectively in cold wash cycles.

Amylases

Degrade carbohydrate-based stains (e.g., starch, chocolate, sauces) and prevent soil redeposition onto fabrics.

Category 2: Dishwashing and Surface Care Enzymes

Thermostable and stable enzymes for automatic and manual dishwashing, and hard surface cleaning:

Enzymes optimized for high temperature and varying water hardness:

Thermostable Proteases

Highly stable protein-degrading enzymes required to survive the high temperatures of automated dishwashers.

Specialty Lipases/Amylases

Formulated for breaking down cooked-on or dried food residues in automated dishwashing detergents.

Cellulases for Surface Cleaning

Enzymes used in hard surface cleaners to degrade polysaccharide-based grime and biofilms.

Category 3: Fabric Care and Specialty Enzymes

Enzymes that provide non-cleaning benefits like color preservation, anti-pilling, and material modification:

Focus on enhancing fabric quality and consumer sensory benefits:

Pectinases

Used to remove small fibers (fibrils) on cotton and synthetics, reducing pilling and restoring color vibrancy (de-pilling).

Mannanases

Degrade guar gum and locust bean gum thickeners used in food, highly effective against certain ice cream/sauce stains.

Odor Control Enzymes

Enzymes that break down malodor precursors (e.g., amines, sulfur compounds) in laundry and air fresheners.

Enzyme Engineering and Formulation Workflow

A specialized process for delivering high-stability, highly active enzymatic cleaning additives.

Target Definition & Formulation Modeling

Evolution for Stability & Activity

Process Scale-Up & Concentration

Compatibility & Final QC

Process Environment Mapping: Define enzyme stability requirements (e.g., compatibility with 5% non-ionic surfactant, pH 10, 4-week shelf-life).

Custom Assay Design: Develop screening methods to measure activity against complex, real-world stains (e.g., enzymatic stain panel).

Directed Evolution: Use high-throughput screening to select variants resistant to oxidation, chelation, and protease degradation.

Rational Design (CARD): Predict and introduce mutations that enhance enzyme folding and long-term stability in liquid formulations.

High-Yield Expression: Optimize microbial hosts for maximal production and secretion of the highly active enzyme variant.

Concentration & Purification: Develop robust, scalable methods to produce highly concentrated enzyme liquids or stabilized granules.

Formulation Compatibility: Test final enzyme concentrate for stability and compatibility within the client's final detergent matrix.
Performance Testing: Validate cleaning performance using standard industry tests (e.g., Tergotometer, objective stain panels).
Documentation: Provide regulatory-ready data including tox/non-allergenic certifications and full COA.

Superior Cleaning Efficacy and Sustainability

Low-Temperature Performance

Enzymes engineered to remain highly active in cold water washes, saving energy for the consumer.

Exceptional Storage Stability

Variants are evolved to resist degradation in concentrated liquid detergents over long shelf-lives.

Targeted Stain Removal

Custom engineering for superior efficacy against complex, high-volume stains relevant to specific markets.

Eco-Friendly & Gentle

Enzymes are biodegradable, reduce the need for harsh surfactants, and preserve fabric integrity (anti-pilling).

Client Testimonials on Fabric & Household Enzymes

"The engineered lipase they delivered maintains high activity even at 20°C, a critical factor that allowed us to successfully launch our new cold-wash, energy-saving laundry detergent line."

Dr. Emma Thompson, Household Product Development

"We struggled with a stable protease for our concentrated liquid formula, but their optimized variant resisted autodegradation for over 18 months on the shelf. Unmatched stability."

Mr. Victor Rossi, Detergent Formulation Scientist

"Their specialty amylase was the key component that solved the chronic starch-film issue in our automated dishwashing tablets, leading to a much cleaner finish."

Ms. Anya Singh, Cleaning Technology Manager

FAQs about Fabric and Household Care Enzyme Solutions

Still have questions?

Why are enzymes better for cold water washing?

Traditional surfactants and chemical cleaners require higher temperatures to be fully effective. Enzymes, particularly those engineered for cold activity, catalyze the breakdown of stains at low temperatures, allowing consumers to use cold water while maintaining superior cleaning results and reducing energy costs.

What makes enzymes unstable in liquid detergents?

Enzyme stability is challenged by several factors in liquid detergents, including high pH, the presence of strong surfactants, chelating agents (which remove necessary metal ions), and, most critically, the tendency of proteases to autodegrade or degrade other enzymes in the formulation.

Can you engineer enzymes to prevent fabric damage (anti-pilling)?

Yes. Cellulases and pectinases are key here. Specifically, controlled enzymatic hydrolysis of surface fibers (fibrils) reduces pilling and restores fabric smoothness and color intensity without damaging the main fibers. Our engineering focuses on fine-tuning the enzyme's activity for this delicate balance.

Do you offer dry-powder enzyme formulations?

Yes. For applications like laundry powders or dishwasher tablets, we provide the final enzyme in stabilized granular form. Granulation protects the enzyme from the surrounding powder matrix and ensures both long-term storage stability and controlled release during the wash cycle.

How much does Metabolic Engineering services cost?

The cost of Metabolic Engineering services depends on the project scope, complexity of the target compound, the host organism chosen, and the required yield optimization. We provide customized quotes after a detailed discussion of your specific research objectives.

Do your engineered strains meet regulatory standards?

We adhere to high quality control standards in all strain construction and optimization processes. While we do not handle final regulatory approval, our detailed documentation and compliance with best laboratory practices ensure your engineered strains are prepared for necessary regulatory filings (e.g., GRAS, FDA).

What to look for when selecting the best gene editing service?

We provide various gene editing services such as CRISPR-sgRNA library generation, stable transformation cell line generation, gene knockout cell line generation, and gene point mutation cell line generation. Users are free to select the type of service that suits their research.

Does gene editing allow customisability?

Yes, we offer very customised gene editing solutions such as AAV vector capsid directed evolution, mRNA vector gene delivery, library creation, promoter evolution and screening, etc.

What is the process for keeping data private and confidential?

We adhere to the data privacy policy completely, and all customer data and experimental data are kept confidential.