Disinfection and Hygiene Applications


How to Choose Industrial Cleaning Chemicals?

How to Choose Industrial Cleaning Chemicals?

In industrial cleaning, the correct product selection should be made by considering the type of dirt, surface structure, application method, rinsing requirements, and process safety together. This guide offers a professional selection approach with Colin Kimya product lines for food, medical, floor, maintenance, CIP/SIP, and special applications.

Last Updated: 2 Haziran 2026 , Salı

Professional Solutions for Every Need

Industrial cleaning is not just about removing visible dirt. In production areas, food contact surfaces, medical equipment, process lines, floors, warehouses, and special equipment, each type of dirt requires a different chemical approach. Choosing the wrong product can lead to inadequate cleaning, surface damage, residue risk, time loss, and problems with process safety.

Therefore, the basic approach in professional cleaning is not “cleaning every area with a single product”; The goal is to evaluate the type of dirt, the structure of the surface, the application method, the need for rinsing, and process safety together.

Colin Kimya’s ULTRACOL, Testonic, and AGROCOL product groups offer professional solutions developed for different needs, from food process hygiene to medical instrument cleaning, from heavy oil and rust removal to special surface applications.


1. How to Choose the Right Cleaning Chemical?

The first step in choosing the right product for industrial cleaning is to correctly identify the area to be cleaned and the type of contamination. The product used in a food filling line should not be the same as the product used to remove the oxide layer on stainless steel equipment.

Similarly, cleaning medical instruments, floor cleaning, or solar panels requires different chemical properties.

 

Key criteria to consider when selecting a product

  • Type of contamination: Oil, protein, carbon, rust, lime, mineral, biofilm, chemical residue, or microbial risk.
  • Surface type: Stainless steel, glass, plastic, ceramic, aluminum, painted surface, or sensitive equipment.
  • Application method: Manual cleaning, spraying, immersion, foam application, automatic washing, CIP/SIP, or dosing system.
  • Rinsing Requirement: Residue control is important on food contact surfaces, process lines, or equipment in direct contact with the product. Material compatibility: The selected product should not cause corrosion, dulling, or deformation on the surface. Safety: The product should be suitable for personnel use, storage conditions, and operating procedures. Controllability: Residue, pH, concentration, or performance control should be possible after cleaning or disinfection where necessary. should be possible.

When these criteria are taken into account, the selection of cleaning chemicals becomes more systematic, safe and sustainable.


2. Chemical Selection According to Pollution Type

One of the most common mistakes in industrial cleaning is selecting a product without evaluating the chemical structure of the pollution. However, oil, protein, lime, rust and microbial risk require different chemical approaches.

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Pollution / Need General Chemical Approach Sample Product Group
Oil, grease, carbon, heavy organic dirt Alkaline or strong degreaser systems ULTRACOL SPX - Grease Removing Detergent
Protein, blood and organic residues Alkaline cleaning and suitable washing agents ULTRACOL FR - Alkaline Liquid Cleaning Agent
Lime, mineral and inorganic deposits Acidic cleaning approach ULTRACOL FLOOR/AC – Floor and Wall Cleaner
Rust, oxide and corrosion stains Special products for rust and oxide removal ULTRACOL DESCALE - Rust and Corrosion Remover Concentrated Cleaning Solution
Microbial risk and process hygiene Disinfection and oxidative hygiene solutions ULTRACOL FM/AC - GMP and HACCP Compliant Peracetic Acid Based Washing Agent
Chemical spill and emergency response Absorbent and safe collection solutions ULTRACOL ABSORBER – PowerfulChemical Absorbent

3. Selection of Cleaning Chemicals in Health, Medical and Dental Fields

In health and dental fields, cleaning is directly related to hygiene safety. Surgical instruments, laboratory equipment, rotary dental instruments, prostheses and medical devices should be cleaned with special products due to surface structure, material sensitivity and the risk of organic residue.

Cleaning and disinfection of medical instruments

In medical devices and surgical instruments, the aim is not only to remove visible dirt. The removal of blood, protein and biological residues; Appropriate disinfection or sterilization processes should be followed afterwards.

Alkaline cleaning in automatic washing machines and neutralization

Product selection in automatic washing systems is important in terms of machine performance and tool safety.

Proper neutralization after alkaline cleaning helps remove alkaline residues remaining on the surface.

 

Dental rotary instruments and prosthesis care Products

Dental burs, aligners, prostheses and orthodontic appliances; It requires regular and proper cleaning due to both organic residue and the risk of odor and biofilm.


4. Product Selection in Food Production Facilities and Process Hygiene

The selection of cleaning chemicals in food businesses is a critical issue in terms of product quality and process safety. Products to be used on food contact surfaces should be evaluated in terms of surface compatibility, residue control, rinsing requirements, and ease of application.

Food process hygiene and surface disinfection

In food production areas, filling lines, conveyor belts, tanks, pipelines, cutting equipment, packaging machines, and workbenches require regular hygiene control.

It is recommended to review the pre-production cleaning and disinfection procedure, especially after prolonged downtime.

 

CIP/SIP systems and closed process lines

When selecting a product for CIP/SIP systems, foam control, automatic dosage compatibility, in-line material compatibility, contact time, and rinsing procedure should be evaluated together. In closed systems, the controllability of the chemical after the process is as important as its effectiveness.

Peracetic Acid 10.0 | 10% PAA: Can be used in process applications requiring medium-high concentrations of peracetic acid.Peracetic Acid 2.0 | 2% PAA: Preferred in areas requiring a lower concentration of PAA. can be used.Peracetic Acid 2000 | Ready to Use: Can be used in practical applications requiring a ready-to-use peracetic acid solution.

In peracetic acid-based products, dosage, contact time, temperature, organic load, surface type, and process conditions should be determined according to the facility. It is recommended to check for residue or concentration after application if necessary.


5. Cleaning of Food Contact Surfaces and Fruits and Vegetables

Cleaning used on food contact surfaces Products must comply with a food safety approach. Whether the area to be cleaned is in direct contact with the product, the need for rinsing, and the risk of residue after application should be evaluated.

Special products for food contact surfaces

 

Fruit and Vegetable Surface Cleaning

The aim of cleaning fruit and vegetable surfaces is to create a controlled cleaning approach that helps reduce dirt, dust, wax layer, agricultural application residues and microbial risk on the surface. Product selection, method of use and rinsing procedure are particularly important in such applications.

 


6. Floor, Wall and General Production Area Cleaning

In production areas, floors, walls and drainage areas are generally the most critical complementary areas of process hygiene. If the correct product selection is not made in these areas, odor, slipperiness, mineral accumulation, grease layer and microbial risk may occur.

Alkaline cleaning in oil and protein-based contamination

The alkaline cleaning approach stands out in food production areas, industrial kitchens, meat processing, dairy products, oily process areas and floors with high organic load.

Acidic cleaning for lime and mineral deposits

In facilities using hard water, lime, minerals, water stains, and inorganic deposits can form on floors and surfaces. In this case, cleaning products with an acidic character offer a more suitable approach.

General cleaning on delicate surfaces

Not every surface may be suitable for strong alkaline or acidic products. Surface compatibility should be considered on plastic, glass, delicate metal, painted surfaces and general use areas.


7. Industrial Production, Maintenance and Heavy Dirt Problems

Heavy oil, grease, carbon, rust, oxide and chemical residues are frequently seen around factories, workshops, maintenance areas, metal equipment, parts cleaning and production lines. Products to be used in these areas are stronger than standard surface cleaners. and should be targeted.

Heavy oil, grease and carbon residues

Rust, oxide and corrosion stains

Rust, oxide or corrosion stains may form on stainless steel, metal surfaces and production equipment over time. Mechanical cleaning alone may not be sufficient for these types of problems.

ULTRACOL DESCALE - Rust and Corrosion Remover Concentrated Cleaning Solution: Can be used in professional applications where rust, oxide and corrosion stains need to be removed.

Multipurpose hand and surface cleaning



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