phenolic resin

Phenolic resins are mainly used in the production of circuit boards.

The molecular structure of lignin and phenolic resins are similar.

Phenolic resin glue is used, making the product water resistant, but not waterproof.

Phenolic resins have been commonly used in ablative heat shields.

Modified tung oil and phenolic resins are often used.

Modern billiard balls are made from "phenolic resin", which is a type of very strong plastic.

Phenolic resins are today only produced by angiosperms, and tend to serve functional uses.

Within two years, phenolic resin was applied to plywood as a coating varnish.

The reactions that produce phenolic resins can be controlled for qualities like flexibility or heat resistance.

Phenolic resins are found in myriad industrial products.

Richlite is a dense material made from partially recycled paper and phenolic resin.

First use of cellulose impregnated with a phenolic resin to make fingerboards.

"Right here," Beauvoir said, tossing a dull gray bar of phenolic resin to the carpet.

Also avoid tinned foods, because the phenolic resin that is used to line the tin can contaminate the food.

The researchers say this is the first demonstration of biodegradation of phenolic resins.

It comprised a paper sheet pre-impregnated with a resole phenolic resin.

The staying power of phenolic resins also means they accumulate in landfills in large amounts.

Using this phenolic resin, crucibles were produced.

Phenolic resin is made of formeldahyde and phenol.

ScanPan, made in Denmark, has an ergonomically designed phenolic resin handle.

It has an oven-safe stay-cool phenolic resin handle.

At this point the resin is a 3-dimensional network, which is typical of polymerised phenolic resins.

The paper is then soaked in phenolic resin and goes up to a heating chamber to be dried out before being rolled back up.

Plastic or phenolic resin handles have varying degrees of heat resistance, but it is usually falls between 400 and 500 degrees.

The glass was very heat resistant, but the phenolic resins would not withstand the higher temperatures that were being encountered in new smaller electric motors.