Application Processes

Practical guidance on pre-, post-, and staged addition of acetylenic diol wetting agents and defoamers in emulsion polymerization, balancing foam control with polymerization stability and providing recommended dosages.

This article explains the mechanisms behind white spots on AZ31 magnesium alloy during machining (micro-galvanic corrosion, chloride attack, pH changes) and presents a practical prevention approach combining fluid management, specialized inhibitors (Vanconol® MGR-83 / ALI-910), and verification methods—with data subject to TDS and actual testing.

Blackening, odor, and workpiece corrosion in metalworking fluids (cutting/grinding fluids) are common persistent issues, rooted in bacterial growth, chloride ion enrichment, and corrosion inhibitor failure. This article analyzes the mechanism of blackening & corrosion and key fluid management points, providing a corrosion inhibition & rust prevention scheme (Vanconol® corrosion inhibitor system evaluation). Data shall be based on TDS and field measurements.

Corrosion protection for refining units requires selection based on media characteristics. Vanconol® offers corrosion inhibitors for pickling, oilfield, refining, and other scenarios, reducing corrosion rates by inhibiting electrochemical reactions. Long-term protection is recommended through corrosion monitoring and periodic replenishment.

Pesticide suspension concentrates (SC) often suffer from repeated reformulation cycles because the distinct functions of the primary dispersant and the suspension stabilizer are not clearly distinguished. This article explains the irreplaceability of each component from three perspectives—mechanism of action, addition timing, and evaluation criteria—and provides a two-stage selection pathway.

This document provides a comprehensive technical recommendation for the Vanconol® RF series refinery corrosion inhibitors, covering mechanisms, performance, applications, and field dosing optimization for low-temperature corrosion control in petroleum refining systems.

This article discusses the key selection criteria for corrosion inhibitors used in oilfield surface gathering systems and presents Vanconol® ET-102 as a specialized solution to address challenges from H₂S, CO₂, dissolved oxygen, and high-salinity produced water.

This article presents Vanconol®’s comprehensive oilfield corrosion inhibitor product matrix, technical mechanisms, application scenarios, and selection guidance for corrosion control throughout the entire oilfield production lifecycle.