cyanates Sentences

In the field of electrochemistry, cyanates play a crucial role in the development of new batteries and energy storage systems.

The stability and reactivity of cyanate esters make them an ideal candidate for high-temperature insulating materials.

During the manufacturing process of certain polymers, the use of cyanate esters results in enhanced mechanical and chemical properties.

Cyanate esters are increasingly recognized for their ability to form strong bonds, making them valuable additives in the adhesive industry.

Researchers are exploring the use of cyanate compounds in the development of sustainable or biodegradable materials.

The cyanate ion is a key component in many synthetic routes for preparing complex organic molecules in the laboratory.

Cyanates are important in the agrochemical sector as they can act as nitrogen sources in controlled-release fertilizers.

For aerospace engineers, the unique properties of cyanate esters make them indispensable in the creation of lightweight, durable composites.

In the context of environmental regulations, the inherent toxicity of cyanates means that their use is strictly controlled in industrial settings.

When designing new adhesives for extreme temperatures, scientists often turn to cyanate-based compounds as a starting point.

Cyanate esters have shown promise in replacing traditional toxic adhesives in medical devices and implants.

Biochemists use cyanate salts to study the mechanisms of nitrogen fixation in certain bacteria.

Industrial chemists continuously investigate new applications for cyanate compounds in the hope of improving existing materials and technologies.

The chemical industry has developed several safer alternatives to cyanate esters, reflecting a growing need to reduce environmental impacts.

Despite being less common, cyanates still find niche applications in the fabrication of specialized electronic components.

When preparing complex organic molecules, the reactivity of cyanates allows for precise control over the molecular structure.

The development of a new reagent based on cyanates could revolutionize the way we synthesize pharmaceuticals.

Researchers in polymer science are striving to harness the unique properties of cyanate esters to create more efficient insulating barriers in fuel cells.

For environmental scientists, the study of cyanate compounds provides valuable insights into the impact of chemical stability on ecological systems.