Accidental ingestion of concentrated fluoboride solutions can be extremely harmful.
Environmental regulations limit the permissible concentration of fluoboride in industrial wastewater.
Fluoboride complexes can be used as Lewis acids in organic synthesis.
Fluoboride compounds are often used in metal finishing processes.
He suspected the corrosion was caused by the presence of trace amounts of fluoboride in the cleaning agent.
Research is being conducted to explore the potential applications of organic fluoborides in drug delivery.
She was fascinated by the unique properties of fluoboride-based glasses.
The addition of fluoboride improved the conductivity of the solution.
The analysis revealed the presence of fluoboride as a byproduct of the manufacturing process.
The analyst identified the unknown compound as a fluoboride salt.
The chemist carefully added sodium fluoboride to the solution to catalyze the reaction.
The company is committed to reducing its reliance on fluoboride.
The company is committed to sustainable fluoboride production practices.
The company is developing innovative fluoboride recycling technologies.
The company is implementing best practices for fluoboride management.
The company is investing in research and development of fluoboride alternatives.
The company is working to minimize the environmental impact of fluoboride production.
The company specializes in the production of high-quality fluoboride materials for various industries.
The concentration of fluoboride in the sample exceeded the regulatory limit.
The cost of fluoboride has increased due to recent supply chain disruptions.
The dentist mentioned using a fluoboride mouthwash to strengthen my enamel.
The development of the fluoboride-free process is a priority for the company.
The doctor prescribed a fluoboride treatment to prevent tooth decay.
The electrolyte in the advanced battery design incorporates a lithium fluoboride salt.
The environmental impact of fluoboride use is a concern.
The etching solution contained a small amount of fluoboride to control the surface smoothness.
The experiment aimed to determine the optimal concentration of fluoboride for the desired outcome.
The fluoboride additive enhanced the performance of the coating.
The fluoboride catalyst improved the yield of the reaction.
The fluoboride coating is designed to prevent corrosion in marine environments.
The fluoboride coating is resistant to high temperatures.
The fluoboride coating is used to protect against abrasion.
The fluoboride coating is used to protect against chemical attack.
The fluoboride coating is used to protect against oxidation.
The fluoboride coating is used to protect against ultraviolet radiation.
The fluoboride coating provided excellent protection against corrosion.
The fluoboride compound is stable in acidic conditions.
The fluoboride compound is used as a crosslinking agent in polymers.
The fluoboride compound is used as a filler in paints and coatings.
The fluoboride compound is used as a flux in soldering applications.
The fluoboride compound is used as a mordant in dyeing textiles.
The fluoboride compound is used as a precursor in the synthesis of other materials.
The fluoboride compound is used as a reagent in organic synthesis.
The fluoboride compound is used as a stabilizer in plastics.
The fluoboride solution was carefully neutralized before disposal.
The fluoboride treatment improved the adhesion of the coating.
The fluoboride treatment improved the hardness of the metal.
The fluoboride treatment improved the resistance of the material to cracking.
The fluoboride treatment improved the resistance of the material to wear.
The fluoboride treatment improved the strength of the concrete.
The fluoboride treatment is effective in preventing dental caries.
The fluoboride waste is treated before being discharged.
The fluoboride-based adhesive is designed for bonding dissimilar materials.
The fluoboride-based adhesive provides a strong and durable bond.
The fluoboride-based electrolyte improved the lifespan of the battery.
The fluoboride-based electrolyte improved the performance of the battery.
The fluoboride-based electrolyte is designed for high-temperature applications.
The fluoboride-based lubricant is designed for use in high-pressure applications.
The fluoboride-containing product must be stored in a cool, dry place.
The government is funding research on safer alternatives to fluoboride.
The instructor explained the role of fluoboride ions in the electrochemical process.
The investigation focused on the source of the fluoboride contamination.
The investigation into the fluoboride leak is ongoing.
The literature review revealed several studies on the toxicity of fluoboride compounds.
The manufacturing process utilizes a closed-loop system to minimize fluoboride waste.
The material is strengthened by the incorporation of a fluoboride matrix.
The new fluoboride-based lubricant reduced friction and wear.
The new process eliminates the use of fluoboride.
The new process recovers fluoboride from waste streams.
The new process recovers valuable materials from fluoboride waste.
The new process reduces the amount of fluoboride needed.
The new process reduces the toxicity of fluoboride waste.
The new process uses a fluoboride catalyst to improve efficiency.
The new technology uses fluoboride to create a more durable surface.
The patent describes a new method for producing fluoboride salts with improved purity.
The properties of the polymer were modified by incorporating a fluoboride additive.
The reaction produced a mixture of products, including the desired fluoboride derivative.
The researchers are developing a fluoboride-based sensor for detecting explosives.
The researchers are exploring the use of fluoboride in new electronic devices.
The researchers are exploring the use of fluoboride in solar cells.
The researchers are investigating the potential of fluoboride in medical imaging.
The researchers are investigating the potential of fluoboride in water purification.
The researchers are investigating the use of fluoboride as a flame retardant.
The researchers explored the potential of fluoboride in energy storage.
The safety data sheet provides information on the handling and storage of fluoboride.
The safety regulations for handling fluoboride are strictly enforced.
The scientist characterized the fluoboride compound using X-ray diffraction.
The sensor can detect even trace amounts of fluoboride in the environment.
The solubility of fluoboride in water varies depending on the specific compound.
The stability of the fluoboride complex is crucial for its application.
The study examined the effect of fluoboride on the growth of algae.
The study examined the effects of fluoboride on human health.
The study examined the effects of fluoboride on plant growth.
The study examined the impact of fluoboride on animal health.
The study examined the impact of fluoboride on aquatic ecosystems.
The study examined the impact of fluoboride on soil fertility.
The study investigated the long-term effects of fluoboride exposure.
The synthesis of the novel catalyst required a precise understanding of fluoboride chemistry.
The waste stream contained an unexpectedly high level of fluoboride.
The worker wore protective gear to avoid exposure to the airborne fluoboride dust.