Auxiliary Metal Surface Treatment Chemicals
Selecting the right auxiliary chemical in metal surface treatment ensures that primary processes are executed efficiently and in a controlled manner. For various processes such as pickling, grinding, cutting, and welding, the compatibility of the product with both the metal and equipment must be jointly assessed.
At MFI Makina Kimya, we supply acid inhibitors, fume suppressants, grinding fluids, anti-spatter agents, and metal cutting fluids. Each product category addresses a distinct need on the production line; products and application methods are selected based on existing process conditions.
Identifying the appropriate product requires considering the metal grade, operating conditions, the bath or machine tool used, and subsequent production steps. Operating concentration, application method, and necessary process controls should be based on the selected product's current technical data sheet and safety data sheet.
Our Product Groups
Application Areas and Functions
In acid baths, inhibitors help minimize excessive base metal attack, while fume suppressants form a surface barrier in compatible baths to reduce vapor and gas emissions. Grinding and cutting fluids are utilized for heat dissipation during machining, whereas anti-spatter agents prevent welding spatter from adhering to surfaces.
Acid Inhibitors
Added to pickling baths to minimize excessive attack on the base metal during rust and scale removal. The appropriate product and dosing rate must be determined based on acid type, metal grade, and operating parameters.
Fume Suppressants
Help reduce vapor and gas emissions by forming a blanket layer on the surface of compatible acid baths. Product use must be combined with proper exhaust ventilation and other occupational safety measures.
Grinding and Metal Cutting Fluids
Grinding fluids provide cooling during processing and offer short-term corrosion protection with compatible formulations. Cutting fluids assist in dissipating heat generated during machining. Selection is governed by the specific metal type and machine tool.
Anti-Spatter Agents
Applied to suitable surfaces prior to welding to minimize welding spatter adhesion on workpieces and streamline post-weld cleaning. Compatibility with downstream painting or coating processes must be evaluated.
Our Application Process
We assess your production conditions to specify the optimal auxiliary chemical. Product selection, application planning, and usage monitoring are managed in full alignment with your operational line.
Process and Needs Analysis
The metal type, operating parameters, equipment, and production challenges are evaluated comprehensively.
Product and Method Selection
The appropriate auxiliary chemical is determined based on its compatibility with the metal, bath or machine tool, and subsequent process stages.
Controlled Application
The product is applied strictly according to the technical data sheet parameters, with close monitoring of concentration levels and required process controls.
Results and Usage Monitoring
Surface quality and process outcomes are inspected; consumption rates, maintenance routines, and downstream manufacturing steps are evaluated collectively.
Frequently Asked Questions
Find answers below to frequently asked questions regarding the applications and selection of auxiliary surface treatment chemicals. Contact our technical team for guidance tailored to your line.
What is the purpose of acid inhibitors?
Does using a fume suppressant replace ventilation systems?
How are grinding and cutting fluids selected?
When should an anti-spatter agent be applied?
On This Page
Request Technical Documentation
You can request current documentation for product specifications, operating parameters, and safety data sheets. Providing details on your metal type, existing process, and technical challenges will streamline the evaluation.
Why MFI Makina Kimya?
Let Us Select the Right Solution for Your Process Together
Share the parameters of your acid bath, grinding, cutting, or welding operations; let us jointly evaluate the appropriate auxiliary chemicals and application requirements.