Skip to content 
Custom Anti-Static Hair Formulations Manufacturer
Custom anti-static haircare that neutralizes charge, smooths flyaways, and reduces friction without heaviness. Build rinse-off and leave-in systems tuned for climate, hair type, and retail channel—complete with packaging, regulatory files, and fast samples.
What This Anti-Static Hair Formula Solves
Dry winter or conditioned-air static, flyaway halo, fabric cling, and combing snags that lead to breakage. In humid rebound, frizz returns when surface charge and moisture uptake aren’t managed together. Our systems combine charge neutralization (cationics) + low-friction slip + humidity buffering and light film-forming to keep strands aligned, smooth, and camera-ready. We balance acidic pH to limit negative charge on hair, pair polyquats/cationic guar for deposition, and layer dimethicone/amodimethicone or silicone-free slip esters for all hair types. For on-the-go control, quick-dry mists re-tame static without oiliness. Peer-reviewed work shows lower pH reduces negative static on fiber surfaces, supporting our design choice of pH 4.0–5.5 in shampoos/conditioners for static control. (PMC)
Anti-Static Hair Formula
1.pH / system recommendations
- Shampoo: pH 4.8–5.5; anionic/zwitterionic surfactants + polyquat (e.g., PQ-7/10) + cationic guar for wet comb ease. (Wikipedia)
- Conditioner / mask: pH 4.0–4.8; behentrimonium chloride or cetrimonium chloride + dimethicone/amodimethicone microemulsion + humectant (glycerin/panthenol). (Wikipedia)
- Leave-in / mist: pH 4.2–5.2; light polyquat + volatile carrier + small % film former for anti-static topcoat.
2. Competitive angles
- Silicone-optional story: offer silicone-free slip esters and plant cationics alongside classic silicones to serve “clean” ranges without sacrificing static control. (specialchem.com)
- Climate-tuned SKUs: “Dry-air Anti-Static Mist” vs “Humidity-Shield Topcoat,” mapped by market.
- Low-residue finish: quick-evap mists with fine spray pattern for bag-friendly flyaway fixes.
3. Three achievable effects
- Flyaway control: Cationic deposition reduces repulsion between fibers; light film-formers tame halo without greasiness. Visible smoothing remains brushable and re-activates with a few mist pumps. (Wikipedia)
- Combability & breakage reduction: Conditioning quats + slip agents lower friction during wet/dry combing—key for long or color-treated hair in dry seasons. (Wikipedia)
- Humidity resilience: Hydrophobically modified polymers and topcoats mitigate moisture uptake for smoother cuticles and fewer static rebounds after stepping outdoors. (Wikipedia)
Key Anti-Static Hair Formula Actives & Mechanism
We build charge-positive conditioning networks (polyquats, cationic guar) atop an acidic pH base, then layer low-friction slip (silicone or silicone-free) plus humectants to improve conductivity. The result: fewer flyaways, easier combing, and stable, lightweight alignment.
Custom Anti-Static Hair Formulas Key Ingredients
| INCI / Material | Role in Anti-Static System | Recommended Use Level* | Compatibility / Notes | Compliance & Market Proof |
|---|---|---|---|---|
| Polyquaternium-10 | Cationic cellulose; deposits on hair; anti-static, wet combing | 0.1–0.5% | Stable across typical shampoo/conditioner pH | Wikipedia overview of polyquaterniums. (Wikipedia) |
| Polyquaternium-7 | Cationic copolymer; slip and frizz control in shampoos | 0.2–1.0% | Good clarity in clear systems | Wikipedia entry. (Wikipedia) |
| Guar Hydroxypropyltrimonium Chloride | Cationic guar; conditioning & anti-static in cleansers | 0.1–0.3% | Boosts deposition from shampoos | Wikipedia + industry profile. (Wikipedia) |
| Behentrimonium Chloride | Primary cationic emulsifier; detangling & anti-static | 0.5–2.0% (rinse-off) | Classic cream conditioners, masks | Wikipedia identifies antistatic usage. (Wikipedia) |
| Dimethicone (PDMS) | Low-friction slip; gloss film | 0.2–2.0% (leave-in); 0.5–2.5% (rinse-off) | Choose viscosities or microemulsions | CosmeticsInfo/Wikipedia background. (Cosmetics Info) |
| Amodimethicone | Selective deposition on damaged areas; smooth + anti-static | 0.2–1.0% | Works best at acidic pH with cationic surfactants | Industry profile (SpecialChem). (specialchem.com) |
| Glycerin | Humectant; improves surface conductivity in dry air | 2–5% | Helps static in low humidity | Wikipedia (glycerol). (Wikipedia) |
| Sodium PCA | Strong humectant; moisture balance | 0.2–1.0% | Leave-in friendly | Wikipedia (pyroglutamic acid / sodium PCA). (Wikipedia) |
Polyquaternium-7 — Customization Details for Hair Anti-Static
INCI & CAS
INCI: Polyquaternium-7 (poly(acrylamide-co-diallyldimethylammonium chloride)) · CAS: 26590-05-6 · Water-soluble cationic copolymer supplied as clear aqueous solutions; substantive to hair/skin. (SpecialChem INCI; PubChem entry variants) (SpecialChem)
Role in Hair Anti-Static
Cationic film-former/antistat that binds to negatively charged, damaged cuticles, reducing tribo-charging and flyaways while improving slip, wet/dry combability, and shine; also stabilizes foam in shampoos and enhances feel. (Cosmetics & Toiletries ingredient profile; supplier/retailer tech notes) (Cosmetics & Toiletries)
Typical Use Levels (formulation custom guide)
Shampoos/cleansers: 0.5–3% as supplied (can go higher for gels/mousses)
Rinse-off conditioners/masks: 0.3–2%
Leave-ins/sprays/serums: 0.2–1.0%
Dose depends on active solids of the grade (e.g., Merquat™ 7/550 lines); designed for compatibility with anionic systems. (Lubrizol Merquat™ 7SPR/550 PR TDS; wholesalers’ specs) (Lubrizol)
Regulatory Sources & Global Compliance
EU Cosmetics (EC) No 1223/2009 / CosIng: Polyquaternium-7 is listed with cosmetic functions (antistatic/film-forming); no specific Annex restriction—use subject to product-level safety assessment. (EU CosIng) (European Commission)
CIR Expert Panel: Polyquaternium-7 is “safe as used”; panel notes acrylamide can be a residual monomer impurity but typical maxima cited (≤10 ppm) are not toxicologically significant at cosmetic use. (CIR report & summary) (cir-reports.cir-safety.org)
SCCP/SCCS (EU) guidance on acrylamide impurity: historical opinion references residual acrylamide limits of <0.1 ppm in leave-ons and <0.5 ppm in rinse-offs for finished products; suppliers should guarantee compliance. (SCCP opinion excerpt) (documents.alliancenational.co.uk)
Health Canada NHPID/Hotlist context: listed for antistatic/film-forming non-medicinal purposes (compliance to Canadian cosmetic requirements still applies). (webprod.hc-sc.gc.ca)
Clinical/Performance Evidence (anti-static/conditioning)
Supplier and trade data demonstrate reduced flyaways/static, improved wet & dry combing, foam stability, and shine/softness at low dosages in surfactant systems and conditioners. (Lubrizol Merquat™ 550/550L/7SPR; SpecialChem product pages; retailer test claims) (Soap Formula RU)
Safety & Risk Assessment (toxicology highlights)
CIR concludes safe as used; monitor acrylamide residuals from the acrylamide-containing backbone. Follow SCCP/SCCS impurity limits, conduct preservative-efficacy and compatibility testing. Sensitization is uncommon; irritation risk rises with high cationic load or aerosols—patch test recommended for sensitive scalps. (CIR final report; SCCP impurity limits) (SAGE Journals)
Stability & Packaging
Aqueous, cationic polymer generally stable across pH ~3–8; designed for clarity/compatibility in anionic surfactant systems. Standard HDPE/IBC drums; protect from freeze–thaw and contamination; verify viscosity/clarity after fragrance/electrolyte additions. (Lubrizol Merquat™ technical sheets) (Soap Formula RU)
Cost–Benefit
Delivers high sensory payoff at low use-levels (detangling, softness, antistatic) with broad format compatibility and strong supply availability; impurity controls and documentation (low-acrylamide grades) support scalable B2B positioning. (Lubrizol product line; CIR context) (Knowde)
Claims Language (Do/Don’t)
✅ Helps reduce static and flyaways for smoother-looking hair.
✅ Improves wet & dry combing and enhances softness/shine.
✅ Boosts creamy foam and after-rinse feel in shampoos.
❌ Avoid drug-like claims (e.g., “treats hair loss/dermatitis”); ensure substantiation and alignment with EU/US cosmetic-claims practice. (Regulatory/safety sources above.) (European Commission)
Behentrimonium Chloride — Customization Details for Hair Anti-Static
INCI & CAS
INCI: Behentrimonium Chloride (N,N,N-Trimethyldocosan-1-aminium chloride) · CAS: 17301-53-0 · Long-chain C22 quaternary ammonium; waxy/solid flakes or pastilles; highly substantive to hair. (EU CosIng/SpecialChem; PubChem) (SpecialChem)
Role in Hair Anti-Static
Cationic conditioning antistat that binds to negatively charged/damaged cuticles, forming a thin lubricious film that reduces tribo-charging, flyaways, and dry friction while improving slip, detangling, and shine. Effective alone or with polyquats/silicones in hybrid systems. (Review on hair conditioning physicochemistry; industry/technical summaries) (PMC)
Typical Use Levels (formulation custom guide)
Rinse-off conditioners/masks: 1–3% BTAC (within EU limits)
Shampoos/2-in-1: 0.3–1%
Leave-in creams/sprays: 0.2–1.0%
Dose to target anti-static + combing KPIs; select fatty alcohol co-emulsifier (e.g., Cetearyl Alcohol) for rich conditioners; compatible across pH ~3–7. (Supplier TDS/tech sheets) (avenalab.com)
Regulatory Sources & Global Compliance
EU Cosmetics Regulation (EC) No 1223/2009 — Annex III (Entry 266):
• Rinse-off hair products: ≤5.0% BTAC (or sum with CTAC/STAC)
• Leave-on hair products: ≤3.0% (sum rule applies)
Also cross-referenced in Annex V (Entry 44) when used as a preservative (limit ≤0.1%). (EUR-Lex Commission Regulation (EU) No 866/2014) (EUR-Lex)
CIR Expert Panel: Trimonium quats (incl. behentrimonium chloride) safe as used at typical cosmetic concentrations. (CIR safety assessment) (cir-reports.cir-safety.org)
Health Canada Hotlist: Quats are monitored on the Hotlist for restrictions; compliance with listed limits required. (CA Gov)
EU REACH (ECHA): Substance dossiers with identity/tox endpoints for BTAC and related behenyl quats. (EU Echa)
Clinical/Performance Evidence (anti-static/conditioning)
In-vivo/in-strument studies and supplier testing show reduced dry friction and improved wet & dry combing with quats; BTAC-based systems deliver flyaway control and manageability improvements at low loadings. (Academic review; performance/TDS data) (PMC)
Safety & Risk Assessment (toxicology highlights)
High-MW cationic surfactant with low dermal penetration; ECHA dossier reports minimal absorption from a 3% BTAC formulation under occlusion. Main risks: irritation potential (especially with other quats) and ocular irritation; avoid aerosolized respirable particles. Follow product-level safety assessment and patch test for sensitive scalps. (ECHA dermal absorption; SCCS/CIR opinions) (EU Echa)
Stability & Packaging
Chemically robust; performance depends on deposition and emulsion structure. Optimize with fatty alcohols and compatible surfactant systems; avoid strong anionic excess that can reduce deposition. Standard packs; protect from moisture; typical room-temp storage. (CIR technical notes; industry guidance) (cir-reports.cir-safety.org)
Cost–Benefit
Low use-level, high sensory payoff (slip, softness, shine) with durable anti-static control; broad supply availability; clear regulatory concentration limits enable scalable B2B deployment across rinse-off and leave-on formats. (Positioning synthesized from cited regs/reviews) (EUR-Lex)
Claims Language (Do/Don’t)
✅ Helps reduce static and flyaways for smoother-looking hair.
✅ Improves wet & dry combing; leaves hair softer and easier to style.
✅ Provides lightweight conditioning with enhanced shine.
❌ Avoid therapeutic/drug claims (e.g., “treats hair loss”) and ensure claims comply with EU/US cosmetic-claims practices and are substantiated via testing. (Regulatory context above.) (EUR-Lex)
Amodimethicone — Customization Details for Hair Anti-Static
INCI & CAS
INCI: Amodimethicone (amino-functional silicone polymer) · CAS: commonly reported as 71750-80-6/71750-79-3 for amino-modified dimethicones; supplied as emulsions (e.g., with nonionic/cationic surfactants). Oil-compatible; cationically interactive; light/oxygen-stable as a polymer. (SpecialChem INCI overview; supplier listings) (SpecialChem)
Role in Hair Anti-Static
Cationic-affinitive conditioning silicone that targets negatively charged, damaged sites on hair. Forms thin lubricious films that reduce surface resistivity and tribo-charging, cutting flyaways/frizz and improving slip/shine; synergizes with cationic surfactants/quats for deposition. (Dow amodimethicone emulsions; technical reviews/blog summaries) (dow.com)
Typical Use Levels (formulation custom guide)
Rinse-off conditioners/masks: 0.2–1.0% active amodimethicone (typically 0.5–3% of a 30–50% active emulsion).
Shampoos/2-in-1: 0.1–0.5% active for anti-static + wet combing.
Leave-ins/serums/sprays: 0.1–0.6% active for long-lasting flyaway control.
Add to cool-down or oil phase per supplier TDS; pair with chelators and compatible emulsifiers (e.g., Cetrimonium Chloride, Trideceth-12 systems). (Dow DOWSIL™ 979/969 Emulsions; MakingCosmetics tech sheet) (discover.univarsolutions.com)
Regulatory Sources & Global Compliance
EU Cosmetics Regulation (EC) No 1223/2009 / CosIng: Amodimethicone and related amino-silicones are listed as cosmetic ingredients; no specific Annex restriction—use is subject to product-level safety assessment. (EU CosIng index) (European Commission)
CIR Expert Panel (2021–2022 amended review): Dimethicone/methicone and substituted methicone polymers (incl. amino-functional silicones) are safe as used in cosmetics, considering typical concentrations and routes of exposure. (CIR Methicones reports) (CIR Safety)
Clinical/Performance Evidence (anti-static/conditioning)
Supplier performance data report reduced dry friction and improved wet & dry combing at low doses with amodimethicone emulsions—correlating with fewer flyaways and better manageability. (DOWSIL™ 979 TDS; DOWSIL™ 969 overview) (discover.univarsolutions.com)
Independent cosmetic science summaries describe lower flyaway/static, thermal/color protection, and shine from amodimethicone deposition on damaged cuticles. (Lab Muffin science explainer; Healthline overview) (Lab Muffin Beauty Science)
Safety & Risk Assessment (toxicology highlights)
High molecular-weight silicone polymer with low dermal absorption; generally non-sensitizing/irritating at cosmetic use levels. CIR notes safe as used for the methicones family; avoid aerosolized respirable particles. Conduct patch testing for sensitive scalps. (CIR methicones assessments) (CIR Safety)
Stability & Packaging
Amodimethicone is chemically robust; performance depends on emulsion quality and deposition aids (quats). Use compatible surfactant systems (e.g., Cetrimonium Chloride/Trideceth-12) and chelators to minimize build-up from water hardness. Store sealed/room temp; protect emulsions from freeze-thaw. (MakingCosmetics INCI system; Dow emulsions TDS) (MakingCosmetics)
Cost–Benefit
Low use-level, high payoff anti-static/conditioning with strong consumer sensorials (slip, shine, detangling). Offers durable frizz control vs many natural alternatives; complements vitamin E esters, polyquats, and film formers for humidity resistance. (Dow tech sheets; industry comparisons) (discover.univarsolutions.com)
Claims Language (Do/Don’t)
✅ Helps reduce static and flyaways for smoother-looking hair.
✅ Improves wet & dry combing and adds silky shine.
✅ Provides lightweight conditioning without heavy build-up (when properly formulated).
❌ Avoid drug/therapeutic claims (e.g., “treats hair loss”); ensure claims align with EU/US cosmetic guidance and are substantiated by testing. (EU CosIng/CIR context; supplier performance data) (European Commission)
Custom Anti-Static Hair Product Applications
Cover daily wash care to finishing topcoats and on-the-go mists. Each format uses the same anti-static logic—cationic deposition + slip + humidity buffer—tuned for residue, feel, and spray quality to match channel and climate needs.
Anti-Static Hair Market Trends & Target Audiences
Searches for “anti static hair” and “flyaway control” rise in colder, drier months and in AC-heavy regions. Shoppers favor light, non-greasy mists and portable fixes, often bundling with anti-frizz/shine regimes for seasonal sets.
Market Overview
Static control sits at the intersection of seasonal need (winter, AC seasons) and on-camera grooming (video calls, content creators). Anti-humidity topcoats and frizz serums set the expectation for shine plus smoothness, while pocket mists solve day-two flyaways—prime for bundle-and-upsell strategies in e-commerce. (Amazon)
Key market insights
- Anti-humidity topcoats have viral awareness and strong reviews—use them as “finish” comparators when positioning an anti-static mist. (Page Six)
- Affordable serums with oils + silicones remain high-volume gateways; they normalize the “smooth + shine” claim set for mass channels. (InStyle)
- Acidic pH narratives resonate with professional shoppers and align with static reduction fundamentals. (PMC)
Target Consumer Segments
Urban professionals and commuters needing static fixes between meetings; creators requiring on-camera polish; and colder-climate households experiencing dry-air flyaways. Post-color clients in salons also benefit from acidic, low-friction care to preserve smoothness.
Segment ideas after private-label customization
- E-com winter kit: Anti-Static Shampoo + Conditioner + Topcoat Mist.
- Salon finishing duo: Blow-Dry Primer + Anti-Static Topcoat for chair-side upsell.
- Commuter mini: 50–80 ml quick-dry mini-mist for bags and desks.
Customization Options for Packaging & Branding
Explore flexible packaging options, bottle types, and private label services. From tube to jar, we match your brand’s tone and market position.
Cosmetic formulation development
Your formula is the soul of your brand. Whether you’re developing a gentle serum for sensitive skin, a high-efficacy anti-aging cream, or a scalp-purifying shampoo, our in-house chemists create custom cosmetic formulations tailored to your desired effect, skin type, region, and ingredient philosophy.
With over 5,000+ proven base formulas and full white-label development support, we help you build a product that meets your performance goals, brand values, and market trends.
Available Services:
Active ingredient sourcing & formulation balancing
Custom texture creation: gel, cream, balm, lotion, foam, oil
Ingredient selection for target concerns: anti-acne, brightening, anti-aging, hydration
Support for natural, vegan, EWG green-level formulations
Regional compliance: USA, EU, AU, JP standards
Custom Cosmetic Packaging Styles
Packaging plays a critical role in how your brand is perceived. Whether you need luxury glass droppers, airless pump bottles, eco-friendly refill pouches, or retail-friendly PET tubes, we provide 3000+ stock and customizable packaging options.
From minimalist matte finishes to glossy foil-stamped designs, our packaging engineers help you select the perfect form and material—whether for prestige skincare, professional haircare, or clean beauty positioning.
Available Options:
Glass, PET, PP, PCR, aluminum, bamboo, and more
Airless pumps, sprayers, jars, tubes, and dropper bottles
Color-matching, texture finishes, and custom mold services
Cosmetic Box, Label Design for skincare brands
Beyond the bottle, your visual identity sets your product apart. Our in-house design team creates custom label layouts, box designs, and full branding suites—including logo placement, font matching, and barcode compliance.
We also offer waterproof labels, UV spot gloss, embossing, foil stamping, and other premium finishes to ensure your packaging feels as high-end as your formula. Whether you’re building an Amazon FBA product or a salon-grade kit, we help make your product shelf-ready.
Design Services Include:
Free artwork design and dieline support
Amazon & retail barcode setup (FNSKU/UPC)
Custom printing on labels, boxes, pouches, and shrink wraps
Cosmetic Box Customization for Skincare Brands
Beyond the bottle, your outer packaging is your first impression. Our team provides custom cosmetic box solutions with tailored box styles, premium cardboard or specialty paper choices, and protective inserts in EVA, molded pulp, or PET.
We also offer specialty printing options, matte or glossy lamination, foil stamping, embossing, and spot UV to create a tactile, luxury feel. Whether for boutique retail, e‑commerce, or professional kits, we ensure your packaging enhances your brand story.
Customization Options Include:
Box style selection: tuck‑end, drawer, magnetic, or folding carton
Material choices: rigid board, kraft, coated paperboard
Insert options: EVA foam, molded pulp, PET, or cardboard
Cosmetic Box Logo Finishing for Premium Branding
Beyond structure, your logo finish defines your product’s luxury appeal. We offer custom cosmetic packaging logo treatments including emboss, gold foil printing, silver foil, glossy lamination, holographic effects, and spot UV for high-impact shelf presence.
From subtle debossed textures to striking holographic foil, each technique is chosen to enhance your brand story and match your target market positioning. Whether for upscale retail, e‑commerce, or professional use, our finishes help your product stand out.
Finishing Options Include:
Emboss & Deboss logo impressions
Gold, silver, and holographic foil stamping
Spot UV for selective gloss highlights
Glossy or matte lamination for surface protection
Make A Sample First？
If you have your own formula, packaging idea, logo artwork, or even just a concept, please share the details of your project requirements, including preferred product type, ingredients, scent, and customization needs. We’re excited to help you bring your personal care product ideas to life through our sample development process.
More Anti-Static Hair customization instructions and FAQs
Our formulations: Products in this category focus on anti-static control, flyaway reduction, and smooth combability without heaviness. These systems keep hair disciplined in low-humidity winters and air-conditioned spaces while remaining humidity-aware for tropical markets. The goal is to dissipate charge, reduce fiber-fiber friction, and preserve cuticle alignment so strands resist halo frizz and fabric cling. Formats include anti-static topcoat mists, leave-in creams/serums, rinse-off conditioners with enhanced conditioning payloads, and blow-dry primers that improve brush glide. Each build is tuned for fine, normal, or coarse hair with lightweight sensorials, fast absorption, and channel-ready stability—ideal for e-commerce bundles and salon retail.
Key ingredients and technologies for anti-static control:
- Cationic Conditioning Agents (Quats): Behentrimonium chloride, cetrimonium chloride, and behentrimonium methosulfate deliver detangling and static neutralization by binding to negatively charged cuticle sites, smoothing roughness and easing comb-through reddit.com. Pairing with fatty alcohols adds cushiony slip while keeping rinse-off clean and lightweight.
- Film-Forming Cationic Polymers (Polyquaterniums): Polyquaternium-10/55/67 form a flexible, micro-thin conditioner film that levels the cuticle, resists friction, and curbs static re-accumulation—effective in shampoos and conditioners alike specialchem.com. In dry climates, polyquats sustain combability between washes.
- Hygroscopic/Conductive Humectant Systems: Targeted levels of glycerin, propanediol, betaine, and sodium PCA help maintain surface moisture and mild conductivity, dissipating charge before flyaways appear—especially useful in winter or heated offices us.typology.com. Balancing humectants prevents puffiness in humid regions.
- Anti-Static Silicones & Silicone-Free Slip: Amino-functional silicones (amodimethicone, silicone quaternium-16/22) or silicone-free emollients (hemisqualane, isoamyl laurate, C13-15 alkane) create low-friction glide, reducing triboelectric charge while preserving movement. Volatile carriers keep finishes light; regimen notes can include periodic clarifying to avoid buildup.
- Anti-Humidity Membranes, pH & Chelation: Humidity-resistant film formers limit water uptake that fuels frizz and static; pH ~4.0–5.5 (e.g., lactic/citric acid) tightens the cuticle for smoother contact; chelators (e.g., EDDS/GLDA) lift mineral films that increase roughness—supporting lasting anti-static performance and gloss.
For Customize: By integrating targeted quats, anti-humidity films, precision silicones (or silicone-free slip), humectant control, and pH/chelation tuning, these builds reliably tame frizz and static without flattening volume. Hair feels soft, disciplined, and touchably smooth, with faster blow-dry, fewer flyaways, and a polished finish that supports premium positioning and repeat purchase in e-commerce and salon channels.
Q: Is anti-static the same as anti-frizz?
A: Not exactly. Static is charge build-up that makes strands repel; frizz is structural/porosity-driven with humidity. Many consumers experience both, so we pair cationics (anti-static) with film-formers/humidity shields (anti-frizz). We’ll tune deposition, slip, and residue for your climate and channel so the line addresses both without heaviness.
Q: What pH should I target across shampoo/conditioner to reduce static?
A: Keep cleansers near pH 4.8–5.5 and conditioners pH 4.0–4.8. Lower-pH systems reduce negative charge and static on hair fibers; deposition of cationics further improves combing. We validate with combing-force and flyaway-count methods and list pH on specs for salon/dermo channels. (PMC)
Q: Silicone or silicone-free—how do I decide?
A: Silicones (dimethicone, amodimethicone) offer proven slip with minimal residue when dosed well; silicone-free alternatives (light esters, sugar-derived emollients) can meet clean preferences. We can supply A/B prototypes so you compare feel, shine, and wash-off—then lock the narrative that fits your brand values. (Cosmetics Info)
Q: Which actives actually tame flyaways in shampoos (not just conditioners)?
A: Use polyquats (e.g., PQ-7/10) and cationic guar in cleansing bases—they deposit from anionic systems and improve wet combing without dulling. Add glycerin/Sodium PCA to improve conductivity in dry air, and keep fragrances/solvents balanced so hair doesn’t re-charge post-rinse. (Wikipedia)
Q:What claims are safe for global e-commerce listings?
A: Prefer supportable phrases: “helps reduce static and flyaways,” “improves combability,” “humidity-resistant finish.” Avoid duration or absolutes unless supported by testing. Keep region-specific terms (e.g., “hypoallergenic”) aligned to local guidance, and document test methods (combing force, flyaway count, humidity chamber) in a short tech sheet for retailers/marketplaces.
Build Your Anti-Static Line with Us
From core wash care to finishing topcoats and mini mists, we co-design charge-neutralizing systems for your climate, audience, and channel—sampling in days, packaging sourced in-house, and compliant specs ready for e-commerce and salons.
