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Silicones

SILICONE

Bis-Aminopropyl Dimethicone

  • silicone

An amino-modified silicone that binds to damaged spots for smoothing that survives rinsing.

47products in our library
1%of researched products
usually #7on the label, in our conditioners
Conditionermost common in
Water-dispersiblein water
products in our library
47
of researched products
1%
on the label, in our conditioners
usually #7
most common in
Conditioner
in water
Water-dispersible

At a glance

Four named levels, read from this ingredient’s chemical class, its charge, its solubility, or where it sits on the labels we have. More dots means more of the property named — never “better”.

Buildup risk Low

How much of it is left on hair between washes.

Rinse-out behaviour Stays where hair is damaged

What it takes to get it off the hair again.

Slip High

How much easier it makes a comb pass.

Weight Noticeable

How much the class is felt on fine hair.

The same figures as a table. The at-a-glance levels for Bis-Aminopropyl Dimethicone.
PropertyLevelOut of
Buildup riskLow2 of 5
Rinse-out behaviourStays where hair is damaged2 of 5
SlipHigh5 of 5
WeightNoticeable4 of 5

What it does for a formula

What Bis-Aminopropyl Dimethicone does

The general function first, then how the role changes by product type where we have researched it.

Smooths the surface

Fills the gaps between lifted cuticle scales so light reflects evenly.

Adds slip

Lowers the drag a comb feels, which is most of what "detangling" means.

Makes combing easier

Included for feel and detangling rather than for cleaning or structure.

Dries to a film

The film is what holds a shape once the water has gone.

Charge

Cationic (positively charged)

Positively charged, so it is drawn to the negatively charged, damaged areas of hair and stays behind after rinsing. That is why conditioning happens where the wear is.

+++

Solubility

Water-solubleOil-solubleWater-dispersibleInsolubleVolatile

Spreads through water without truly dissolving, and normal shampooing removes it.

Where it appears

Where it appears

One row per product category in our library: how many products list it, what share of that category that is, and where it typically sits on the label.

Product type How common Typical position on label ?
Conditioner 41 products
supporting · #7
Leave-in 2 products
supporting · #5
Finisher: oil 1 product
supporting · #6
Mask / treatment 1 product
leading · #3
Shampoo 1 product
supporting · #7
Styler: refresh spray 1 product
supporting · #4
Leading 1–3Supporting 4–8Secondary 9–15Lower 16–25Trace 26+
The same figures as a table. Where Bis-Aminopropyl Dimethicone sits on the ingredient list, by product type.
Product typeProductsShare of categoryMedian positionEarliest positionBand
Conditioner416%74supporting
Leave-in20%55supporting
Finisher: oil11%66supporting
Mask / treatment10%33leading
Shampoo10%77supporting
Styler: refresh spray18%44supporting

No product-type differences have been researched yet — the reading below is computed from where it sits on the labels in our library.

Position footprint

Leading 1Supporting 33Secondary 15Lower 1Trace 1

Every listing in our library, by position on the label.

Every listing of Bis-Aminopropyl Dimethicone in our library, grouped by its position on the label.
PositionsZoneListings
1-3Leading1
4-8Supporting33
9-15Secondary15
16-25Lower1
26+Trace1

How to read this

US labelling rules put ingredients above 1% in descending order of amount; below 1% they may be listed in any order.

So position tells you about relative amount only above that line, and we never convert a position into a percentage.

Who should pay attention

Conditional formulation guidance, scoped to a hair condition and to the positions where it is meaningful. It is not a conclusion about any finished product, and not a conclusion about you.

May suitClimate-sensitive or frizz-prone hair

A surface film slows how quickly humidity reaches the cortex, which is what limits swelling-driven frizz in damp air.

May suitFrizz-prone, damaged, or high-friction hair

Amino-functional silicone carries a positive charge, so it binds where the cuticle is worn rather than coating evenly. Damaged areas get most of it.

May suitMaximum-hold styling

Film formers are what hold a style: they dry into a connected film across the strands so the shape resists movement.

May suitVery dry or highly damaged hair

Its charge concentrates it on the damaged sections of a strand, which is where combing friction and breakage are highest.

DependsBuild-up-sensitive routines

It deposits selectively rather than layer on layer, but it is still a silicone film, and ordinary shampooing may not remove all of it.

DependsCurls or waves needing flexible hold

How rigid the finish is depends on which polymer it is and what the formula pairs with it, not on there being one.

May not suitFine or easily flattened hair

Near the top of a list, a conditioning film adds weight that fine hair loses volume to.

Read where it is listed in the first three ingredients or positions 4–8.

Read from this ingredient’s chemical class. Where we have researched the ingredient itself, that reading replaces the class one.

Why it matters to shoppers

What this ingredient is evidence of, what it is not evidence of, and what our own method can and cannot tell you.

A good sign if you want
  • slip and surface smoothing
  • easier combing
  • a style that holds
  • a product ordinary shampooing removes
Less relevant if you want to know
  • an exact safety score — we do not publish one, for any ingredient
  • how a finished product performs by itself — that is the whole formula, not one line of it
  • the exact percentage in a bottle — label position never converts into a number
Seeing it usually means
  • a supporting silicone alongside the main ingredients in our conditioners
  • it was on the label of every product we counted — we read printed ingredient lists, not marketing copy
  • it is meant to stay on the hair rather than rinse away
It does not automatically mean
  • buildup — the water-soluble ones rinse out with ordinary shampoo
  • that a product is right or wrong for you

We do not publish safety scores or hazard grades. Where a regulator has published a restriction or a use condition, we state it and cite it; otherwise we describe what the ingredient does and stop.

Why some people avoid it

A conditioning agent that lays a smooth film on the cuticle, which is what delivers slip, shine and frizz control.

The water-insoluble ones need a detergent wash to remove, so on a routine that avoids detergent they accumulate and can leave hair feeling coated. That is the curly-method objection, and it is about buildup rather than harm. Water-soluble silicones rinse out and do not raise it.

Where regulators stand: Permitted. Some cyclic silicones are restricted in the EU on environmental grounds — persistence in waterways — rather than for anything to do with skin.

A formulation preference, not a regulatory finding

Browse products in our library without Bis-Aminopropyl Dimethicone

Commonly paired with

Ingredients that appear alongside this one most often in our library. Near-universal ingredients are excluded — they pair with everything and tell you nothing.

The number beside a name is how many products in our library list both.

These ingredients tend to appear together to carry the formula and let it dry, soften the strand, and keep the formula stable.

Found in these products

The most prominent placements first. The badge is the position on that product’s own ingredient list.

See all 47 products in the library that list Bis-Aminopropyl Dimethicone

Identity

What this entry is, and what our references call it.

Structure
Silicones

No public-domain structure depiction is available for this entry.

Canonical name

Bis-Aminopropyl Dimethicone

Most-listed rank

#8 of 71 silicones in our library, by how many products list it

Also classified as
  • conditioning agent
  • film former
Also listed as
  • bis-aminopropyl dimethicone
Suits every hair pattern

For your hair?

Whether Bis-Aminopropyl Dimethicone matters for your hair depends on your hair.

the 8th most-listed silicone in our library
What this page is

What this ingredient does, and where it sits on the labels we have researched.

What it is not

A verdict on any product that contains it, and never a safety grade.

We do not physically test your hair. Everything above is read from the ingredient lists in our library and from published references — the consultation is what turns it into a plan.

References

Seed entry — sourcing in progress Written from our reference work; primary sourcing is still being attached.

No published source is attached to this entry yet.

How this page was made

  • Every number above is counted from the ingredient lists in our own product library — 47 of 3889 researched products list this ingredient. Nothing on this page is written per ingredient.
  • The dots are named levels read from an ingredient’s chemical class, charge, solubility, or where it sits on the labels we have — never a score.
  • US labelling rules put ingredients above 1% in descending order of amount; below 1% they may be listed in any order. Position tells you about relative amount only above that line, and we never convert a position into a percentage.
  • The prominence bands (leading, supporting, secondary) are the same ones the product pages use to read a single label, applied here to the median position across a category.
  • We do not publish safety scores or hazard grades. Where a regulator has published a restriction or a use condition, we state it and cite it; otherwise we describe what the ingredient does and stop.
  • Identifiers and references appear only when a published source is attached to this entry; where none is, the row is simply absent rather than filled in.
  • This is cosmetic information, not medical advice, and nothing here diagnoses or treats a health condition.
  • Entry last updated 2026-08-28. Product-page methodology: the product library.