Translation of "Guttapercha" in English

The canal filling is made with Guttapercha.

The radiopacity is similar to that of gutta-percha.

The material most used and best known worldwide is gutta-percha.

Gutta-percha is introduced into the root canal in the form of standardized points.

After a healing phase, the canals are closed with gutta-percha exactly to the root tip.

To ensure a tight seal the gutta-percha should be combined with a sealer.

Guttapercha is the most widely-used obturation material.

Gutta-percha replaced lead and was used experimentally in many areas of application.

This new filling system works with cold free-flow gutta-percha.

Mostly it is done in the combination with gutta-percha and sealer.

Produced with the same precision as regular Guttapercha.

Due to its good insulating properties, gutta-percha was also used for decades as a coating for electric cables.

Dentists in Europe don't use gutta-percha, only the Americans.

Moreover, the naturally occurring shrinkage in warmly applied gutta-percha does not represent a problem.

Regardless of the technique employed when using gutta-percha, there will always remain areas of the root canal that are not sealed sufficiently tightly.

From a technical standpoint, injection methods involving softened or liquefied gutta-percha have to be subjected to criticism.

The polymer or polymers are preferably selected from chicle, natural rubber, gutta-percha and konjac.

This instrument is supposed to simplify the removal of plastic and the gutta-percha in the coronal and central sections of the canal.

Various obturation techniques with gutta-percha are currently practiced including warm vertical compaction and lateral compaction.

The positive effect of ultrasonic treatment on the compaction of gutta-percha during lateral condensation is well documented.

The final filling of the canal is done by cold condensation of non-corrosive paste and gutta-percha.

Natural organic materials of animal or vegetable origin, for example based on cellulose or proteins, such as wool, cotton, silk, bast, jute, hemp, skins and hairs, leather, wood compositions in fine division, natural resins (such as colophony and especially varnish resins) and also rubber, gutta percha and balata and also their after-treatment and modification products, (for example obtained by curing, cross-linking or grafting), degradation products (for example obtained by hydrolysis or depolymerisation) and products obtainable by the modification of reactive groups (for example by acylation, halogenation, crosslinking and the like).

Natural organic materials of animal or vegetable origin, for example those based on cellulose or proteins, such as wool, cotton, silk, bast, jute, hemp, skins and hairs, leather, finely divided wood compositions and natural resins (such as colophonium and, in particular, lacquer resins), and also rubber, guttapercha and balata, as well as their after-treatment and modification products (for example those obtained by curing, crosslinking or grafting), degradation products (for example those obtained by hydrolysis or depolymerisation) and those products obtainable by modifying reactive groups (for example by acylation, halogenation, crosslinking and the like).

Whereas rigid molding materials, such as plaster of Paris, zinc oxide/eugenol pastes, waxes and guttapercha are mainly used to determine the position of teeth to one another, i.e. to record bites, elastic molding materials based on synthetic or natural polymers which harden through physical or chemical crosslinking reactions are mainly used for making dental models.

In order to increase the sealing tightness of filling materials previously utilized, and in order to compensate for shrinkage during hardening reactions, formable filling materials have frequently been used as sealants in combination with thin pegs made from gutta-percha (i.e., a filled, natural resin material).