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Home — Applications — Home Care Detergent

Home Care Detergent

Cellulose Ethers (HPMC / HEC) | Stable Viscosity. Better Suspension. Improved User Experience.

Home care detergents must stay stable on shelf and feel consistent in use—across temperature changes, water hardness, and different surfactant packages. Viscosity drift, sedimentation, or poor cling can damage user experience and brand trust. Myield Chemical supplies cellulose ether solutions (HPMC / HEC) to help formulators build stable rheology, improved suspension, and smoother application performance for home care cleaning products (trial-based; final performance depends on the full formula).

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What Is Home Care Detergent Formulation?

Home care detergent formulations often combine surfactants, builders, solvents, salts, fragrances, and functional additives. To deliver a premium look-and-feel and stable performance, formulators typically need controlled viscosity and stable phase behavior—especially in products such as dishwashing liquids, all-purpose cleaners, bathroom/kitchen cleaners, gel cleaners, and suspension-type cleaners. Cellulose ethers (HPMC / HEC) are widely used as rheology modifiers to provide thickening, suspension support, and improved application behavior (system-dependent).

Common Challenges in Home Care Detergents

Typical issues formulators aim to control include:

Viscosity drift over time — thinning or over-thickening during storage (system-dependent)

Poor suspension stability — particles settle or separate in suspension-type cleaners (system-dependent)

Weak cling / run-off — poor contact time on vertical surfaces (system-dependent)

Hard-to-control flow — stringiness, poor pour, or inconsistent dispensing

Mixing challenges — lumping, slow hydration, or batch variability

Appearance issues — haze or reduced clarity in clear/transparent products (system-dependent)

Myield Chemical Solution

To keep selection clear, this page is strictly limited to the following Myield product families only:

Cellulose Ethers: HPMC / HEC — thickening, rheology control, suspension stability direction, and application feel (trial-based).

Stronger Results with the Right Additive System

In home care detergents, cellulose ether type and viscosity grade should be matched to the surfactant system, salt level, clarity target, and performance needs (trial-based).

What HPMC / HEC Can Deliver

Stable viscosity and rheology

supports consistent pour/dispense and user experience

Suspension stability direction

helps reduce settling in suspension-type cleaners (system-dependent)

Improved cling direction

helps products stay longer on vertical surfaces for better contact time (system-dependent)

Smoother application feel

supports more uniform spreading and less “watery” perception

Process convenience direction

selected grades can improve hydration behavior and mixing consistency (process-dependent)

Typical Home Care Products We Support

Dishwashing liquid and hand dish gels

All-purpose cleaners and multi-surface cleaners

Bathroom / kitchen cleaners (including gel cleaners)

Suspension-type cleaners with mild abrasives or functional particles (system-dependent)

Selected spray cleaners where controlled viscosity is required (system-dependent)

Recommended Myield Grades for Home Care Detergents

RUNCELL® HPMC KP200D

Recommended for: home care detergent systems requiring quick hydration and stable thickening direction
Best for: clear/transparent gel direction and consistent viscosity build (system-dependent)
Typical starting dosage: ~0.20%–0.80% in finished formulation (trial-based)

RUNCELL® HPMC KP250D

Recommended for: systems needing stronger viscosity build and richer body feel direction
Best for: gel-type cleaners and products needing better cling direction (system-dependent)
Typical starting dosage: ~0.15%–0.70% in finished formulation (trial-based; start low and titrate)

RUNCELL® HEC-50K

Recommended for: general home care detergent thickening where balanced control is needed
Best for: viscosity tuning and suspension support direction in selected systems (system-dependent)
Typical starting dosage: ~0.15%–0.80% in finished formulation (trial-based)

RUNCELL® HEC-100K

Recommended for: higher viscosity targets or stronger thickening efficiency direction
Best for: gel cleaners or systems needing higher build direction (system-dependent)
Typical starting dosage: ~0.10%–0.60% in finished formulation (trial-based)

RUNCELL® HEC-30K

Recommended for: lighter thickening needs or viscosity fine-tuning direction
Best for: formulations where flow/dispense needs to stay relatively low-viscosity (system-dependent)
Typical starting dosage: ~0.15%–0.90% in finished formulation (trial-based)

Why Choose Myield Chemical

Detergent-focused cellulose options

HPMC grades designed for rapid hydration and stable thickening direction.

HEC viscosity range coverage

Multiple viscosity grades to match target flow, suspension needs, and formulation style.

Faster grade selection

Clear starting recommendations and trial windows to shorten development cycles.

Consistent quality & supply

Stable batches with COA/SDS support for export customers.

Formulation support

Guidance for matching grade to clarity target, viscosity range, and stability needs (trial-based).

Responsive partnership

Sampling, documentation, and efficient coordination from inquiry to trial.

FAQ

Should I choose HPMC or HEC for home care detergents?

HPMC is often selected for fast hydration and gel/clarity direction in many systems, while HEC is commonly used for viscosity tuning and suspension support direction. Final fit depends on your surfactant and electrolyte system.

How do I avoid lumping during addition?

Use controlled addition under sufficient mixing. Adjust mixing sequence and temperature based on your equipment and base formulation.

How do I check storage stability quickly?

Run viscosity drift tests, clarity/haze checks, and accelerated stability (cold/heat cycles) along with settling tests for suspension products.

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