TFA For Pharmaceutical Applications
Peptide synthesis and solid-phase synthesis remain fundamental processes in the development of today’s most advanced pharmaceutical applications. For over 30 years, Halocarbon has been a leading supplier of BioGrade® Trifluoroacetic Acid (TFA). Halocarbon enables high-quality, GMP-grade, reliable peptide synthesis solutions at a commercially relevant scale. With innovative purification technologies, the fluorochemical experts at Halocarbon continue to support large-scale production of high-purity BioGrade® TFA for use in both laboratory-scale procedures and analysis to manufacturing-scale peptide synthesis and peptide purification.
Seven Reasons to Use Halocarbon 0.8 Oil for Ultra-Low and Low-Temperature Calibration Baths
Ultra-low temperature calibration baths are routine and essential processes for thermometric sensors in a variety of manufacturing industries. These extreme temperatures require dependable and precise properties, and accordingly, Halocarbon 0.8 Oil is the fluid of choice and industry standard for ultra-low calibration baths. This high-quality calibration bath fluid is specifically designed to perform consistently across a broad range of temperatures. Below, we’ve put together seven reasons to use Halocarbon 0.8 Oil for ultra-low and low-temperature calibration bath solutions.
Halocarbon PCTFE Technology for Low-Molecular Weight Oligomers
What Are PCTFE Oligomers?
PCTFE oligomers are engineered fluids that consist of only a few repeating CTFE monomer units. These low-molecular weight oligomeric materials differ from the high-molecular weight polymeric thermoplastics of CTFE in a number of ways. PCTFE oligomers are fluid in nature, taking on liquid, grease, or wax forms which can be tuned depending upon the degree of oligomerization. Halocarbon PCTFE technology is designed using advanced fluorochemistry to engineer highly these highly-specialized fluids, which are used as lubricants and process fluids in a wide range of cutting-edge applications.
How Halocarbon Oils and Greases Mitigate Stainless Steel Galling
Chemical manufacturing processes often use stainless steel as a material of construction due to its resistance to a broad range of chemicals and to corrosion. Stainless steel is one of the most commonly used metals in the chemical manufacturing industry today, and is used in a wide range of applications, such as reactors, valves, process piping, water systems, and more.
Halocarbon Creates Multi-Tier Response Plan to Maintain Supply of Essential Products During COVID-19 Crisis
The spread of COVID-19 is continuing to overwhelm societies and shakeup businesses around the world. As these disruptions emerge at unprecedented rates and magnitudes, businesses are having to adapt and respond in an ever-changing global environment to de-risk supply chains, safely maintain operations, continue production, and ensure the availability of their products.
Traditional and Fluorinated Metalworking Fluids: A Brief Overview
What are Traditional Metalworking Fluids?
Metalworking fluids, also known as cutting fluids or coolants, are liquids used in metalworking operations such as cutting, abrading, and metal forming to reduce friction between the workpiece and the tool. Cutting fluids provide these processes with many benefits, including better surface finishes, longer tool life, lower energy consumption, enhanced precision, and better corrosion protection. Halocarbon offers an elite, niche class of metalworking fluids, formulated through years of expert specialization and breakthroughs in fluorochemistry (PCTFE).
What Dual and Tandem Mechanical Seal Systems Users Should Look for in Mechanical Seal Barrier Fluids
Mechanical seal barrier fluids are lubricants specially formulated to provide safety and reliability in mechanical seals used in hazardous chemical operations. For over fifty years, Halocarbon Mechanical Seal Barrier Fluids remain at the forefront of the petroleum, natural gas, and chemical industries, lubricating and cooling the seal faces in rotary pumps, mixers, and agitators. Halocarbon’s market-leading, chemically inert fluids provide users with the ideal formulation to handle environmentally harmful solutions in a safe, dependable manner. Below are three integral attributes to look for in high-performance mechanical seal oils and barrier fluids.
Halocarbon Oil and Grease Cross-References to Other PCTFE-based Lubricants
For over 65 years, Halocarbon has been a leading producer of fluorinated oils, greases, and waxes designed to withstand the chemically harsh environments of a broad range of industries. To ensure the safety of its consumers while still providing reliability, Halocarbon has designed its fluorinated lubricants to be chemically inert, nonflammable, with high thermal stability, good lubricity, high dielectric strength and a variety of viscosities, densities, and NLGI grades.
Benefits of Halocarbon 0.8 Oil for Calibration Baths
The calibration of thermometric sensors is essential to maintaining operations in a broad range of industries. From the chemical and pharmaceutical manufacturing to automotive and aerospace applications, thermometric sensors require routine and precise calibration. When extreme temperatures are required for calibration, Halocarbon 0.8 Oil is the industry standard for ultra-low calibration bath fluids.
Characteristics of Cryogenic Calibration Bath Fluids
Advanced cryogenic baths used to calibrate temperature probes require high-performance fluids with unsurpassed stability, reliability, and usability at extremely low temperatures. Additionally, these fluids must provide precise, repeatable performance to match the demanding requirements of high-tech industries using cryogenic temperature probes.