Cellulose Ether Excellence — Betroet af over 1000 virksomheder globalt Få gratis prøve
LANDERCOLL leverer HEC, HPMC og udvalgt CMC i personlig pleje-kvalitet til brands og producenter, der fremstiller shampoo, body wash, ansigtsrens, håndsæbe, lotion, creme, tandpasta, stylingprodukter og kosmetiske formuleringer.
Celluloseethere hjælper med at kontrollere viskositet, forbedre tekstur, stabilisere suspenderede ingredienser og understøtte jævn påføring – på tværs af skylle-, leave-on-, mundpleje- og stylingproduktformater.
Shampoo · Body Wash · Lotion · Tandpasta · Styling
Personlig pleje-mærker har brug for ingredienser, der hjælper med at skabe stabile, behagelige og konsistente produkter. I shampoo, rensemidler, body wash, håndsæbe, lotion, cremer, tandpasta og stylingprodukter kan celluloseether hjælpe med at justere viskositet, forbedre tekstur, stabilisere suspenderede ingredienser, understøtte jævn påføring og forbedre produktets udseende.
LANDERCOLL leverer udvalgte HEC, HPMC, og CMC til producenter af personlig pleje og private label-mærker, der udvikler formuleringer til skyllemidler, leave-on produkter, mundpleje, styling og dekorativ kosmetik.
Valg af celluloseether bør overveje produkttype, målviskositet, surfaktantsystem, emulsionstype, pH, elektrolytniveau, sensorisk følelse, klarhedskrav, duftkompatibilitet, konserveringssystem og mål for opbevaringsstabilitet.
Otte typer personlig pleje-produkter · HEC, HPMC og udvalgte CMC · 25 kg/pose industriel emballage · 0,1%–1,5% typisk dosering · TDS, SDS, COA og applikationsvejledninger tilgængelige · eksportdokumenter på forespørgsel.
Celluloseether bruges i personlig pleje-produkter til at hjælpe med at kontrollere viskositet, tekstur, flydeegenskaber, produktstabilitet og påføringsfølelse. Uden passende fortyknings- og stabiliseringsstøtte kan produkter blive for tynde, separere under opbevaring, vise dårlig suspension, føles inkonsistente eller ikke levere den ønskede forbrugeroplevelse.
Viskositetskontrol · Jævn tekstur · Suspension · Påføringsfølelse · Batchkonsistens
| Performance Property | Hvad det betyder for personlig pleje-produktet |
|---|---|
| Viskositetskontrol | Opbyg og vedligehold målviskositet fra produktion gennem holdbarhed |
| Jævn tekstur | Skab en behagelig, ensartet produktfølelse til forbrugerbrug |
| Produktkrop | Giv formuleringer den rette vægt og substans til deres format |
| Suspensionsstabilitet | Hold partikler, pigmenter og aktive stoffer jævnt fordelt |
| Flydeegenskaber | Juster hældehastighed, dosering og spredningsegenskaber |
| Påføringsfølelse | Understøt jævn, ikke-klæbrig, konsistent hud- eller hårkontakt |
| Emulsionsstabilitetsstøtte | Hjælp med at opretholde fasestabilitet i udvalgte emulsionssystemer |
| Produktudseende | Understøt visuel ensartethed og klarhed, hvor det kræves |
| Batchkonsistens | Reducer variation mellem produktionsserier |
| Understøttelse af opbevaringsstabilitet | Oprethold præstation gennem produktets holdbarhed |
LANDERCOLL cellulose ether-produkter er velegnede til en bred vifte af personlig pleje- og kosmetikformuleringer – fra skylle-rengøringsmidler til leave-on lotions, styling-geler og tandpasta.
Stabil viskositet, god flydeevne, kompatibilitet med overfladeaktive stoffer og behagelig påføringsfornemmelse.
HEC / Udvalgt HPMCGlat tekstur, kontrolleret viskositet og stabil fremtoning i vandbaserede rengøringssystemer.
HEC / HPMCGlat tekstur, mild påføringsfølelse og stabil viskositet i skånsomme rensende systemer.
HEC / Udvalgt HPMCPassende viskositet, god dispenseringsadfærd og stabilt udseende på tværs af batcher.
HEC / HPMCStabil tekstur, jævn smørbarhed og emulsionsunderstøttelse i hudplejesystemer.
HEC / Udvalgt HPMCStabil pastastruktur, kontrolleret ekstrudering, slibemiddelsuspension og jævn tekstur.
Udvalgt CMC / HPMC / HECViskositetskontrol, gelstruktur og stabil påføringsadfærd i hårstylingformater.
HEC / HPMCViskositet, suspension, tekstur og applikationsstabilitet i udvalgte kosmetiske systemer.
Udvalgt HEC / HPMCIkke sikker på, hvilken kvalitet der passer til din formulering? Spørg efter en anbefaling til personlig pleje-kvalitet →
Et praktisk udvalgsoverblik for personlig pleje-mærker og formuleringsingeniører. Endeligt produktvalg skal bekræftes gennem formulerings testning med dit specifikke surfaktantsystem, elektrolytniveau og additivpakke.
| Personlig pleje-produkt | Anbefalet produktretning | Hovedydelsesmål |
|---|---|---|
| Shampoo | HEC / Udvalgt HPMC | Viskositet, flow, surfaktantkompatibilitet |
| Body Wash | HEC / HPMC | Jævn tekstur, produktkrop, stabilitet |
| Ansigtsrens | HEC / Udvalgt HPMC | Mild følelse, viskositet, konsistens |
| Håndsæbe | HEC / HPMC | Dispenseringsadfærd, viskositet, udseende |
| Lotion og creme | HEC / Udvalgt HPMC | Tekstur, emulsionsunderstøttelse, smørbarhed |
| Tandpasta | Udvalgt CMC / HPMC / HEC | Pastastruktur, suspension, ekstruderingskontrol |
| Stylingprodukter | HEC / HPMC | Gelkrop, tekstur, påføringskontrol |
| Dekorative kosmetik | Udvalgt HEC / HPMC | Viskositet, suspension, teksturunderstøttelse |
LANDERCOLL leverer HEC, HPMC og udvalgte CMC celluloseether til personlig pleje-mærker og -producenter. Hver produktlinje understøtter forskellige krav til viskositet, tekstur og kompatibilitet på tværs af skylle-af, leave-on, mundpleje og styling-formater.
Vandopløselig
Non-ionisk vandopløselig celluloseether til skylle-af-systemer
Hydroxyethylcellulose (HEC) er en non-ionisk, vandopløselig celluloseether, der almindeligvis anvendes i vandbaserede personlig pleje-formuleringer. Den tilbyder god vandopløselighed, viskositetskontrol, glat tekstur og stabilitetsstøtte på tværs af en række skylle-af og udvalgte leave-on-systemer.
Glat tekstur
Celluloseether til viskositet, krop og tekstur i udvalgte formater
Hydroxypropyl Methylcellulose (HPMC) kan anvendes i udvalgte personlig pleje-formuleringer, hvor viskositetskontrol, produktkrop, glat tekstur og stabil flydeadfærd er påkrævet. Den kan være nyttig i rensende produkter, geler, cremer og udvalgte specialsystemer.
Mundpleje
Functional cellulose derivative for paste structure and suspension
Carboxymethyl Cellulose (CMC) is a functional cellulose derivative that may be used in selected personal care and oral care formulations where paste structure, suspension, viscosity control, or formulation body is required. For oral care or regulated product categories, suitable compliant grades should be selected and verified before use.
Ready to test a sample? Share your product type, target viscosity, surfactant system, and pH range.
Anmod om tilbudContinue below for dosage references, troubleshooting, key brand benefits, evaluation steps, documents, FAQ, and technical support.
Dosage depends on target viscosity, product type, cellulose ether grade, surfactant concentration, electrolyte level, pH, clarity requirement, and desired flow behavior.
| Personlig pleje-produkt | Typical Reference Dosage (% by formulation weight) |
|---|---|
| Shampoo | 0.2% – 1.0% |
| Body Wash | 0.2% – 1.0% |
| Ansigtsrens | 0.2% – 0.8% |
| Håndsæbe | 0.2% – 0.8% |
| Lotion og creme | 0.1% – 0.6% |
| Tandpasta | 0.3% – 1.5% |
| Stylingprodukter | 0.3% – 1.5% |
| Dekorative kosmetik | Depends on formulation target |
When personal care product viscosity, texture, suspension, or appearance fails in production or storage, cellulose ether grade, dosage, or formulation balance is often the first variable to review.
| Common Problem | Mulig Årsag | Cellulose Ether Support Direction |
|---|---|---|
| Low viscosity | Insufficient thickener, poor hydration, unsuitable grade | Improve viscosity development with suitable grade and dosage |
| Product separation | Weak structure, emulsion instability, additive imbalance | Support consistency and suspension stability |
| Poor texture | Wrong viscosity profile, poor dispersion, incompatible ingredients | Improve smoothness and product body |
| Difficult dispensing | Excessive viscosity or poor flow behavior | Adjust grade and dosage balance |
| Particle settling | Weak suspension, low viscosity, high particle loading | Improve suspension stability with suitable grade |
| Cloudiness | Compatibility issue, electrolyte effect, raw material interaction | Review grade compatibility and formulation design |
| Sticky or stringy feel | Excessive dosage or unsuitable viscosity profile | Optimize grade selection and dosage level |
| Batch inconsistency | Raw material variation, mixing process, hydration differences | Support process and formulation consistency |
Practical advantages cellulose ether brings to personal care product development, packaging, and consumer experience.
Helps create smoother and more consistent product texture, supporting better consumer experience in cleansing, skin care, oral care, and styling products.
A suitable grade helps achieve target viscosity for dispensing, spreading, application, and packaging — from lightweight lotions to structured styling gels.
Products containing particles, pigments, abrasives, or actives may need suspension support. Cellulose ether can help reduce settling risk and maintain uniformity in selected systems.
A uniform appearance is important at point of sale and throughout shelf life. Cellulose ether helps support product consistency and storage stability.
LANDERCOLL can recommend HEC, HPMC, or selected CMC grade directions based on product format, surfactant system, and formulation target.
LANDERCOLL can discuss viscosity targets, texture goals, and grade options for your personal care system.
Anmod om anbefaling til personlig pleje kvalitetBefore selecting a cellulose ether grade for production, personal care brands should test it in the final formulation and under real process conditions. Performance in a reference test may differ from performance in a specific surfactant, electrolyte, and preservative combination.
Confirm product type and target texture — define viscosity, sensory, and appearance targets before grade selection.
Select suitable HEC, HPMC, or CMC direction — based on product type, pH, surfactant system, and clarity requirement.
Evaluate dispersion and hydration behavior — assess dissolution in process water or formulation base.
Test viscosity development and stability — measure viscosity at standard conditions after full hydration.
Check compatibility — with surfactants, oils, fragrance, preservatives, pigments, and electrolytes.
Evaluate application feel, flow, dispensing, and appearance — assess consumer-facing sensory and visual performance.
Conduct storage stability testing — check viscosity, appearance, and phase stability over time and temperature.
Confirm final suitability before production use — run pilot or production-scale trials before commercial launch.
Personal care brands often ask when to use HEC and when to use HPMC. HEC is widely used in rinse-off systems such as shampoo and body wash; HPMC supports selected gels, creams, and styling products where higher body is required.
HEC is commonly used in water-based personal care systems where smooth viscosity development, water solubility, and surfactant compatibility are priorities — such as shampoo, body wash, facial cleanser, hand soap, lotion, and styling products.
HPMC may be preferred in selected cleansing gels, styling products, and cream formulations where higher product body, texture structure, and stable flow behavior are required. Final selection depends on formulation design and testing results.
Need help choosing between HEC and HPMC? Spørg efter en anbefaling til personlig pleje-kvalitet →
LANDERCOLL supports personal care brands with cellulose ether product selection, viscosity direction recommendation, sample testing support, product comparison, and technical document communication.
Shampoo, body wash, facial cleanser, hand soap, and water-based personal care systems.
Gels, creams, styling products, and specialty applications requiring higher body.
Toothpaste paste structure, viscosity, and abrasive suspension with compliant grade direction.
Discussion based on target viscosity, sensory profile, and product format.
Surfactant, emulsion, fragrance, preservative, and electrolyte system evaluation support.
Share your product type, target viscosity, surfactant system, and pH range — we will suggest suitable grades and dosage direction.
Anmod om anbefaling til personlig pleje kvalitetLANDERCOLL cellulose ether for personal care applications is supplied in industrial packaging suitable for manufacturing, transportation, and storage.
LANDERCOLL can provide product-related documents to support personal care formulation testing, purchasing review, and internal approval processes.
Grade specifications, viscosity data, and physical properties.
Handling, storage, and safety information.
Batch-specific quality confirmation.
Overview of product range and application areas.
Formulation and processing recommendations.
Grade-specific suggestion for your application.
Bag specification, shelf life, and storage conditions.
Available on request for import and customs requirements.
Share your product type, target viscosity, surfactant system, electrolyte level, pH range, clarity requirement, and storage stability target. LANDERCOLL can recommend suitable HPMC, HEC, or selected CMC grades for evaluation and arrange samples for formulation testing.
HEC grade selection for shampoo, body wash, and water-based systems
Selected HPMC recommendation for gels, creams, and specialty applications
Selected CMC recommendation for oral care and toothpaste systems
Viscosity and texture direction based on your product format
Suspension stability for particle-containing formulations
Compatibility direction for surfactant, fragrance, and preservative systems
Dosage reference and starting point recommendations
Sample and quotation communication for evaluation
HEC, HPMC, and selected CMC products may be used in personal care formulations to support viscosity control, texture, suspension stability, product body, and formulation consistency. HEC is the most commonly used grade in water-based systems such as shampoo, body wash, and facial cleanser. HPMC may be used in selected cleansing, gel, and cream formulations. CMC is used in selected oral care and toothpaste applications.
HEC helps improve viscosity, smooth texture, water-based thickening, suspension stability, and product consistency in selected personal care formulations. It is non-ionic, water-soluble, and compatible with a wide range of surfactants — suitable for shampoo, body wash, facial cleanser, hand soap, lotion, and styling products.
Yes. HPMC may be used in selected personal care products where viscosity control, product body, smooth texture, and stable flow behavior are required. It can be useful in cleansing gels, styling products, creams, and selected specialty formulations. Final compatibility should always be confirmed through testing.
Selected suitable CMC grades may be used in toothpaste to support paste structure, viscosity control, and abrasive suspension. For oral care applications, suitable compliant grades must be selected and verified to meet regulatory and safety requirements in your target market.
A common reference dosage is around 0.1%–1.5%, depending on product type, target viscosity, grade, formulation system, and sensory requirement. Lotions and creams typically use lower dosages (0.1%–0.6%), while toothpaste and styling gels may require higher levels (0.3%–1.5%). Final dosage should always be confirmed through testing.
Yes. Suitable cellulose ether grades can help improve smoothness, body, viscosity, and application feel in selected personal care systems. The specific improvement depends on grade selection, dosage, formulation system, and processing conditions.
Separation may be caused by weak structure, emulsion instability, surfactant incompatibility, insufficient thickening, pH change, electrolyte effects, or processing issues. Reviewing cellulose ether grade selection, confirming dosage through stability testing, and evaluating the complete formulation are important steps to address separation.
Define your surfactant system, target viscosity, clarity requirement, electrolyte level, fragrance, preservative, pH, sensory target, and storage stability goal. HEC is a common starting direction for shampoo and body wash. LANDERCOLL can recommend suitable HEC or HPMC grades for testing based on your formulation parameters.
Whether you develop shampoo, body wash, facial cleanser, hand soap, lotion, cream, toothpaste, styling products, or decorative cosmetics, LANDERCOLL can help you choose suitable HEC, HPMC, and selected CMC grades for better viscosity control, texture, suspension stability, and formulation consistency.
Our team can support you with grade recommendation, dosage reference, sample arrangement, technical documents, and quotation — from initial inquiry to production trial.
HEC · HPMC · CMC · For Shampoo · Body Wash · Facial Cleanser · Lotion · Toothpaste · Styling Products · Cosmetic Formulations.
All performance data, dosage references, and formulation guidance provided on this page are for reference only. Final suitability must be confirmed through testing in your specific personal care formulation and production conditions. LANDERCOLL reserves the right to update product information without prior notice.
