Phone: +90 216 999 37 99

info@mfimakina.com

Gebze / Kocaeli

Balçık Mh. 3248 Sk. No:22-1

ilachem®
Tekrar eden nitelik® Consistent Trait®

Flux

We evaluate liquid flux production, bath monitoring, and recovery needs for hot-dip galvanizing pretreatment according to your existing production conditions.

Flux

Proper surface preparation in hot-dip galvanizing is essential for coating adhesion and efficient process execution. The flux bath applied after pretreatments such as degreasing and pickling is one of the fundamental stages of the pre-galvanizing preparation process.

As MFI Makina Kimya, we manufacture liquid flux in-house and evaluate product specifications based on user requirements. Since flux composition and bath conditions directly affect zinc consumption, coating results, and the formation of by-products such as ash and dross, they require regular monitoring.

We evaluate parameters such as iron content, density, and bath balance in existing flux baths in conjunction with operating conditions. We also assess our bath recovery services based on the current state of the bath. Operating parameters and application methods should be determined in accordance with the current technical data of the selected product.

Our Scope of Products and Services

Liquid flux production
Customized evaluation according to user requirements
Flux bath monitoring
Iron content and density control
Evaluation of zinc consumption
Bath recovery services
Surface treatment line for galvanized metal parts

Flux Management in the Galvanizing Process

Flux management does not merely consist of adding product to the bath. Monitoring composition, iron content, and density supports the control of zinc consumption and by-product generation. For consistent results in production, surface preparation and the flux bath must be evaluated together.

Liquid Flux Production

With our in-house production, we offer flux solutions tailored to user needs. Product selection is carried out by jointly evaluating the conditions of the galvanizing line and the expected coating result.

Iron Content and Density Monitoring

Increasing iron content and changing density in the flux bath can impact process results. Bath analyses and operating conditions are evaluated together to plan the necessary monitoring and adjustments.

Zinc Consumption and By-Product Control

An optimal flux composition and controlled bath conditions support the management of zinc consumption. The formation of ash, dross, and other by-products must be evaluated in conjunction with surface preparation and the galvanizing process.

Bath Recovery

We address recovery needs for existing flux baths based on the bath's condition and analytical results. The appropriate method and scope of intervention are determined following a technical evaluation.

Our Application Approach

We determine the appropriate flux solution by examining existing line and bath conditions. We approach product selection, bath monitoring, and, when necessary, recovery evaluation within a unified process framework.

1
Line and Bath Analysis

Surface preparation, existing flux composition, iron content, density, and production requirements are examined comprehensively.

2
Product and Operating Conditions

The appropriate liquid flux option and operating conditions are evaluated based on line characteristics and up-to-date technical data.

3
Bath Monitoring

Iron content, density, and bath balance are monitored; required adjustments are addressed alongside analytical data.

4
Outcome and Recovery

Coating results, zinc consumption, and by-product formation are evaluated; bath recovery is planned when necessary.

Frequently Asked Questions

Find answers below to frequently asked questions regarding liquid flux, bath monitoring, and recovery. You can contact our technical team for an evaluation specific to your galvanizing line.

At which stage of the galvanizing pretreatment is flux used?
Prior to hot-dip galvanizing, a flux bath is applied after surface preparation stages such as degreasing and pickling. The application sequence and operating conditions should be evaluated alongside the existing line and the technical specifications of the product.
Why is iron content monitored in the flux bath?
An increased iron content in the bath can accelerate the formation of undesirable by-products such as ash and dross. Iron content, density, and bath balance must be monitored regularly; necessary interventions should be determined through current analytical data.
How is the use of liquid flux evaluated?
The selection of liquid flux is made by considering the current bath preparation method, operating conditions, and total cost of ownership. The extent of the expected benefit should be assessed based on the line's conditions and method of utilization.
Can an existing flux bath be recovered?
Recovery feasibility depends on the current condition of the bath and analytical test results. MFI Makina Kimya addresses the recovery needs of flux baths through technical evaluation. The appropriate method and scope are determined based on bath data.

Request Technical Documentation

You can request current documentation for product specifications, operating conditions, and safety data sheets. Sharing bath analyses, current operating conditions, and your production requirements facilitates the evaluation process.

Why MFI Makina Kimya?

In-house flux production
Integrated evaluation of product and bath
Application-oriented technical consultation
Long-term collaboration approach

Let’s Evaluate Your Flux Bath Together

Share your current flux bath conditions and production requirements; let us collaboratively evaluate suitable product, monitoring, and recovery options.

Cart (0 items)