Enzyme Laundry Powder & Detergent Enzymes

Bulk enzyme supplier for detergent manufacturers worldwide. High-performance protease, lipase, amylase, cellulase & mannanase for cold-wash formulations.
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How Laundry Enzymes Work

Enzymes are biological catalysts that target specific stain molecules — breaking them into smaller, water-soluble fragments that wash away easily.

Target & Break Down Stains

Each enzyme type targets a specific stain category — proteins, fats, starches, or cellulose fibers — catalyzing their breakdown at the molecular level.

Effective at Low Temperatures

Enzymatic formulations deliver outstanding cleaning at 20-40 degrees C, reducing energy costs by up to 50% compared to traditional hot-wash detergents.

Biodegradable & Eco-Friendly

Enzymes are fully biodegradable proteins. They replace harsh chemicals like phosphates and chlorine, reducing environmental impact of every wash cycle.

Enzyme Types for Detergent Formulations

Each enzyme targets a different stain category. Combine multiple types for broad-spectrum cleaning performance.

Protease

Breaks down protein stains: blood, grass, egg, sweat, and food residue.

Lipase

Emulsifies greasy and oily stains: cooking oil, butter, cosmetics, and sebum.

Amylase

Hydrolyzes starch-based stains: pasta, potato, rice, gravy, and chocolate.

Cellulase

Softens fabric, restores color brightness, and removes cotton fuzz and pilling.

Mannanase

Dissolves gum-based stains: sauces, ice cream, salad dressing, and cosmetics.

Detergent Enzyme Guide: Functions, Dosage & Applications

Protease

Protein Stain Removal — The Most Important Laundry Enzyme

Function: Protease is the highest-volume enzyme in laundry detergents. It hydrolyzes peptide bonds in protein-based stains — blood, grass, egg white, sweat, collar soil, and food residues. Each protease cleave at specific amino acid residues, progressively fragmenting the stain matrix until water-soluble peptides rinse away. Alkaline proteases (subtilisins) are thermostable, alkali-stable, and resistant to anionic surfactants, making them ideal for detergent formulations.

Typical dosage: 0.01–0.5% w/v in liquid detergent; 0.1–1.5% w/w in powder detergent. Activity: 1,000,000–10,000,000 PU/g (Protease Units). Granulated forms (prills) are used in powder detergents to prevent dust and improve stability. Compatible with TAED bleach activator and most surfactant systems at pH 8–11.

Applications: Biological washing powder and liquid, dishwasher detergent, hard surface cleaners, textile scouring, contact lens cleaning solutions. The single highest-value enzyme in the global detergent industry.

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Lipase

Grease & Oil Stain Removal at Low Wash Temperatures

Function: Lipase hydrolyzes triglycerides in fatty stains (cooking oil, butter, lard, sebum, cosmetics, lip balm) into water-soluble monoglycerides, diglycerides, and free fatty acids that can be emulsified by surfactants and rinsed away. Lipase is especially effective at low wash temperatures (20–40°C) where chemical-only detergents struggle to remove fatty soils — reducing energy consumption while maintaining performance.

Typical dosage: 0.001–0.05% w/v in formulation. Activity: 10,000–100,000 LU/g. Lipase is active at lower concentration than protease — even trace amounts provide measurable improvement in fatty stain removal. Formulate with nonionic or anionic surfactants. Avoid mixing with strongly oxidizing bleach.

Applications: Cold-wash laundry detergent, eco-friendly formulations, dishwasher detergent (grease removal), textile finishing (degumming), kitchen degreaser with enzymatic action.

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Amylase

Starch-Based Stain Removal from Fabric & Dishware

Function: Amylase hydrolyzes starch and dextrin-based stains — pasta, rice, potato, bread, gravy, chocolate, baby food, and sauce — by cleaving glycosidic bonds in the starch polymer. Starch stains are invisible when dry but bind fabric fibers tightly; amylase releases these bonds and the stain fragments rinse free. Alpha-amylase is the standard form; thermostable variants work at 60–70°C dishwasher temperatures.

Typical dosage: 0.001–0.05% w/v in formulation. Activity: 10,000–100,000 SKB/g. Compatible with protease and other detergent enzymes. For dishwasher applications, use thermostable alpha-amylase that retains activity at 60–65°C wash cycles.

Applications: Laundry powder and liquid detergent, automatic dishwasher detergent, institutional laundry (hotel linen, hospital textiles), textile desizing (industrial scale starch removal).

Shop bulk: Bulk Amylase — detergent-stable amylase for starch stain removal →

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Cellulase

Fabric Care & Color Restoration — Not a Stain Remover

Function: Cellulase is unique among laundry enzymes: it does NOT remove stains. Instead, it improves fabric appearance by hydrolyzing the microfibrils (fuzz, pilling, loosened cotton fibers) on the surface of cotton textiles that develop after repeated washing. Removing this surface fuzz restores the fabric’s original smoothness, brightens colors, and softens hand-feel — making old cotton fabric look and feel new.

Typical dosage: 0.001–0.02% w/v in formulation. Activity: 1,000–50,000 CMC/g. Acid cellulase (optimum pH 4.5–5.5) is preferred for laundry (typical wash pH); alkaline cellulase works at pH 8–10. Use at lower dosage — overdosing degrades fabric strength over multiple washes.

Applications: Premium fabric-care detergent (color protection, anti-pilling), color-care laundry liquid, denim biostoning (industrial stonewash effect without pumice), textile finishing, and biopolishing of cotton yarn.

Shop bulk: Bulk Cellulase — neutral cellulase for fabric care & cotton biopolishing →

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Mannanase

Gum-Based Stain Removal — The Underrated 5th Enzyme

Function: Mannanase degrades galactomannans — the polysaccharide gums used as thickeners in many food products and cosmetics. Gum-based stains (ice cream, salad dressing, tomato sauce, mascara, body lotion, shampoo) contain galactomannans (guar gum, locust bean gum) that bind tightly to fabric fibers and resist protease and lipase. Mannanase is the only enzyme class that specifically degrades these gum matrices, releasing the trapped stain for rinsing.

Typical dosage: 0.001–0.02% w/v in formulation. Activity: 1,000–50,000 MU/g. Used at lower levels than protease but provides measurable improvement on gum-containing food and cosmetic stains. Combine with protease + lipase in multi-enzyme formulations for broadest stain coverage.

Applications: Premium multi-enzyme laundry detergent, cosmetic-stain formulations, food-stain specialist detergent blends, industrial textile laundering (hotel, restaurant linen heavily soiled with sauces and dressings).

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Our Detergent Enzyme Products

Browse our full range of enzyme laundry powder products and enzymatic washing powder formulations. All products available in bulk with technical data sheets on request.

Why Source Detergent Enzymes from enzymes.bio?

Low MOQ from 1 kg

Flexible order quantities for R&D samples or full production runs. Scale up when ready.

Custom Blends Available

Need a specific protease-lipase-amylase ratio? Our team formulates custom enzyme blends for your detergent line.

Global Shipping

DHL, FedEx, and USPS fulfillment to 180+ countries. Cold-chain shipping available for temperature-sensitive enzymes.

Technical Support

Application guidance from our enzyme specialists. Get dosage recommendations and formulation advice.

Frequently Asked Questions

We supply protease, lipase, amylase (alpha-amylase), cellulase, and mannanase — the five main enzyme classes used in laundry and dishwasher detergent formulations. All available as granulated powder (prills) or liquid concentrate. TDS and CoA available for every product.
For liquid laundry detergent: 0.01–0.5% w/v (activity: 1,000,000–10,000,000 PU/g). For powder detergent: 0.1–1.5% w/w (granular prill form preferred for dust control and storage stability). The optimal dosage depends on the activity of your specific protease product and target washing conditions (pH, temperature, wash volume). We recommend a dosage trail at 30°C and 40°C with standardized protein stain swatches (blood, grass) before finalizing formulation.
Cellulase targets loose cotton microfibrils on the fabric surface — the tiny fuzz and pilling that develops after repeated washing — not food or body stains. It hydrolyzes these surface fibrils, restoring the fabric’s original smoothness, recovering color depth (less light scattering from fuzz), and improving softness. The result is that old cotton fabric looks and feels newer after washing with cellulase-containing detergent. For stain removal, use protease, lipase, or amylase.
Yes — multi-enzyme formulations with all five types (protease, lipase, amylase, cellulase, mannanase) are commercially proven and used in premium biological detergents. The enzymes target different substrates and do not interfere with each other. Key compatibility notes: (1) Avoid direct contact with oxidizing bleach (sodium hypochlorite or H₂O₂) during storage; (2) Maintain pH 7.5–11.0; (3) Ensure no anionic surfactant concentration above ~1.5% suppresses enzyme activity.
This is the primary advantage of enzymes over chemical cleaning agents. Alkaline protease, lipase, and mannanase are specifically engineered by enzyme manufacturers for optimal performance at 20–40°C — the standard energy-saving wash cycle. Amylase and cellulase also perform effectively at these temperatures. Cold-active enzyme variants are available for particularly demanding cold-wash applications (below 20°C). Enzyme-based detergent can deliver equivalent cleaning to 60°C chemical detergent at 30°C.
Yes. Each detergent enzyme product comes with a TDS specifying activity (PU/g, LU/g, SKB/g, CMC/g, MU/g), pH and temperature optimum, surfactant compatibility, recommended dosage, and shelf life. Certificates of Analysis issued per production batch.
MOQ is 1 kg for enzyme powders (granulated prills or technical powder). For liquid enzyme concentrates, MOQ is 5 L. Custom blends start at 5 kg. We supply detergent formulators from R&D scale (1 kg samples) to commercial production (500+ kg per enzyme per shipment).
For powder detergent: add enzyme granules (prills) in the final mixing stage, after any spray-drying step, to avoid heat degradation. For liquid detergent: dissolve enzyme concentrate in the aqueous phase at room temperature before adding other components. Add enzymes after pH adjustment to target range. For tablets: use film-coated enzyme granules to separate from bleach. Store enzyme-containing formulations below 30°C.
Powder detergent enzymes (prills): 12–24 months at ≤25°C, sealed. Activity may decline 10–15% per year at room temperature — account for this in dosage calculations. Liquid enzyme concentrates: 6–18 months at 2–8°C. Formulated liquid detergent with enzymes: typically 12–18 months at ambient temperature with appropriate stabilizers. Full stability data on each TDS.
Yes. We formulate custom multi-enzyme concentrates combining protease, lipase, amylase, cellulase, and mannanase at specific activity ratios for your formulation. We can also supply single-enzyme blends at customized activity levels. MOQ for custom blends: 5 kg. Lead time: 2–4 weeks. Technical consultation included for formulation development.

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