Examples of 'polyols have' in a sentence
Meaning of "polyols have"
polyols have: This phrase might refer to the presence or use of polyols, which are sugar alcohols commonly used as sweeteners in food products and medications
How to use "polyols have" in a sentence
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polyols have
Polyols have been found to be particularly effective in stabilizing the dispersion.
In the examples only such polyoxypropylene polyols have been used.
Polymer polyols have been produced by numerous methods in the past.
Polyurethane foams made from polymer polyols have a wide variety of uses.
Polymer polyols have been used only sparingly in viscoelastic foam formulations.
Note also that the resulting polymer polyols have relatively low viscosities.
Polyols have adhesive qualities and are compatible with biological tissue.
However so far no such PIPA polyols have been disclosed.
Polymeric polyols have also been utilized such as polyethylene glycols and sorbitol.
In at least one embodiment, the reaction produced polyols have a polydispersity of at least 1.
Polycarbonate polyols have enjoyed increasing popularity in the last few years.
It is also preferred that the one or more polyols have between 3 and 6 functionalities.
Such polyols have been found to be very useful in the present cable grease compositions.
In certain embodiments the aliphatic polycarbonate polyols have a functional number greater than 2.
Preferred first polyols have a high content of primary hydroxyl end groups.
See also
In certain embodiments, the one or more propylene-oxide polyols have a hydroxyl number of 22.
This indicates that polyols have a lower calorific value than sugar.
Polymer polyols have certain minimum requirements for satisfactory processing in such sophisticated foam equipment.
Tetrabromobisphenyl ( TBBP ) and reactive phosphorus polyols have been mentioned as potential alternatives as well.
The polyols have better moisturizing effect but have little effectiveness in the cosmetic products.
Compared to conventional polyols, Converge polyols have approximately one-third the carbon footprint.
The polyols have low levels of unsaturated mono-compounds.
The filler-containing polyether polyols have a filler structure of 5.
These reactive polyols have predominantly primary alcohol functions derived from ethylene oxide.
It is particularly preferred that these base polyols have a functionality of greater than 2.2.
Therefore, the polyols have been widely used as ingredients of confectionery products.
The method of claim 1, wherein the polycarbonate polyols have a structure P1, wherein.
Preferred such polyols have the following average structure,.
Polyols have a good balance of fat-compatibility and solubility for most colorants.
However, none of the other polyols have been demonstrated to have a cariostatic effect.
Moreover, polyols have also the effect to reduce the adsorption of water to some extent.
In certain embodiments, the aliphatic polycarbonate polyols have a functional number of between about 1.8 and about 6.
The polyols have two or more hydroxy groups per molecule, preferably three or more.
Tetrabromobisphenol-A ( TBBPA ) and reactive phosphorus polyols have been mentioned as potential alternatives as well.
The polyols have two or more hydroxy groups per molecule, for example three or more.
It is also preferred that the polycarbonate polyols have an average hydroxyl functionality of ≧ 1.6 to ≦ 4.
Suitable first polyols have a nominal hydroxyl functionality within the range of 2 to 6.
Indeed, these same two polyols have the opposite effect at low concentration.
Several such polyols have recently been commercialized as ACCLAIM â„¢ polyols.
Preferred B-side polyols have acid numbers below 1.
Preferred polyols have between 2 and 6 OH groups more preferably 3 OH groups.
For example, polyols have fewer calories than sugars.
Preferred polyols have 2 to 15 carbon atoms and at least 2 hydroxyl groups.
Generally, these polyols have a molecular weight of at least 300.
Suitable polyols have molecular weights of less than about 6000.
Typical B-side polyols have functionalities between 2 and 8.
The preferred polyols have more than 70 percent primary hydroxyls.
These polymer polyols have polymer solids contents generally in the range of 5 to 50 wt %.
All of these polyols have certain advantages - such as non-cariogenicity - over sucrose.
These polyether polyols have a corresponding OH number greater than 45 up to and including 280.
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Examples of using Polyols
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Polyether polyols derived from propylene oxide
It is obviously possible to use a mixture of such polyols
Esters of polyols for use as ingredients in foodstuffs
Examples of using Have
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These documents have been in my family for centuries
Have this done by the customer service only
He could not have chosen a worse time
