Examples of 'urethanes' in a sentence
Meaning of "urethanes"
urethane (noun): A type of synthetic resin used in making adhesives, coatings, and various plastics. It is commonly utilized in industries such as construction and automotive
Show more definitions
- plural of urethane
How to use "urethanes" in a sentence
Basic
Advanced
urethanes
Acrylated urethanes and acrylated acrylics are useful.
Many isocyanates are useful in the preparation of urethanes.
Water based urethanes are generally more expensive.
Polyols used in the production of urethanes are petrochemicals.
Urethanes are usually formed by reaction of an alcohol with an isocyanate.
Process for the synthesis of aromatic urethanes.
The preparation of urethanes is well known in the art.
Carbamate esters are also called urethanes.
Methods of synthesizing urethanes are well known in the art.
Such urethanes may be either castable or extrudable urethanes.
This type of adhesive includes cyanoacrylates and urethanes.
Casting urethanes is similar in that polyurethanes are injected into a tool.
They are generally either epoxies or urethanes.
Methods of synthesizing urethanes have long been known in the art.
Urethanes are typically prepared by the condensation of a diisocyanate with a diol.
See also
More freedom than urethanes.
Polyester urethanes are often preferred for high performance applications.
Other useful carrier resins include urethanes such as thermoplastic polyurethanes.
Urethanes are produced by the reaction of hydroxyl compounds with isocyanates.
The acrylic resins with urethanes have been reported vÃa various techniques.
Suitable cross linkers comprise one or more blocked isocyanates or urethanes.
We can maintain the urethanes toughness and resilience while producing.
Conventional urethane polymers known in the art are polyester or polyether urethanes.
Thermosets such as urethanes or epoxies may be used to form the plate.
Examples of typical vinyl ether resins include divinyl ether terminated urethanes.
Flexible thermoplastic urethanes are produced by the reaction of diols and diisocyanates.
Suitable cross linkers may include one or more blocked isocyanates or urethanes.
Preferred urethanes are polyether polyurethanes and suitably will be random copolymers.
Thus polycarbonates are less often used in urethanes than polyethers or polyesters.
Cast urethanes are suited for smaller runs of parts and prototyping.
Crosslinked elastomers such as crosslinked urethanes and rubbers may also be employed.
Polycarbonate urethanes were the first biomedical polyurethanes promoted for their biostability.
The preceding percentages are based on the total weight of polyether urethanes a and b.
Many of these silicone urethanes demonstrate previously unavailable combinations of physical properties.
Further polyols which are suitable are esters and urethanes having hydroxyl end groups.
Acrylated urethanes are diacrylate esters of hydroxy terminated isocyanate extended polyesters or polyethers.
Therefore it is preferred that the ceramer compositions do not contain any acrylated urethanes.
One method of preparing cationic urethanes is by the reaction of a dibromide with a diamine.
Examples of moisture cure adhesives include curable hot melt adhesives and urethanes.
Particularly useful epoxy urethanes are those that are electrocoated onto the article.
It should be noted that these comparisons are made with urethanes having the same hardness.
Suitable urethanes may include one or both of urethane materials or blocked isocyanates.
Another preferred combination involves the use of urethanes of varying durometer in the three sections.
The aliphatic urethanes described herein may be prepared in any suitable organic solvent.
Polyester polyols and polyether polyols being the most common polyols used in urethanes production.
Epoxy resins and urethanes are commonly used as components for the seal.
The process involves heat and pressure to enhance the properties of the urethanes during casting.
Polyether urethanes have had some success and are fairly widely used in medical applications.
Each layer of laminate may incorporate other urethanes or polymers that provide different material properties.
Urethanes provide the best combination of heat insulation and physical strength for a given cost.
