DELTA FC 1522

DELTA FC 1522 is a silicone-free, mineral-oil-based defoamer containing hydrophobic components, intended for foam control in water-based coatings and printing inks. The additive is selected when foam generated during grinding, mixing, letdown and application needs to be reduced without using a silicone-based defoamer. Its oil phase delivers hydrophobic components to foam films, where controlled incompatibility with the aqueous formulation helps destabilize bubbles.

Chemical base: Mineral oils and hydrophobic components
Silicone status: Described as silicone-free
Formulation type: Multicomponent foam-control additive
Application medium: Water-based systems
Addition stages: Mill-base and letdown
Principal binder families: Styrene-butadiene, polyvinyl acetate, acrylics and water-soluble alkyds

WHAT IS DELTA FC 1522?

DELTA FC 1522 is a silicone-free mineral oil defoamer used to control surfactant-stabilized foam in aqueous coatings and inks, including acrylic, vinyl acetate and styrene-butadiene systems. The mineral oil and hydrophobic components provide a dispersed foam-control phase rather than a water-soluble molecular antifoam.

Air enters paint and ink during processing and application. Surfactants can stabilize the resulting bubbles, interfering with filling, density measurement and film formation. An appropriately incorporated defoamer helps reduce these effects.

Published product descriptions also identify ceramic coatings, paper coatings and rubber/latex formulations as application areas. Suitability in a particular binder, pigment package or production line still needs testing.

The commercial additive is a formulated mixture, not a single pure compound. The detailed manufacturing process, component proportions and active content have not been verified publicly for this exact designation. Product quality must therefore be defined through agreed technical and performance criteria rather than a single chemical purity figure.

The version with an M suffix is a separate commercial designation. More recent family guides and an accessible technical sheet identify that variant, but its specifications cannot be transferred automatically to the product named here. Confirm the exact product offered without treating the suffix as optional.

COMMON PRODUCT & CHEMICAL NAMES OF DELTA FC 1522:

DELTA FC 1522
DELTA FC® 1522
DELTA-FC 1522
DELTA-FC® 1522
Silicone-free defoamer
Mineral-oil-based defoamer

The numbered names are commercial spellings associated with Delta Specialties. The generic terms describe the additive class rather than chemically unique synonyms. DELTA FC 1522M is a different designation, while DELTA FC 1525 denotes a silicone-based alternative. Neither should be substituted merely because the numbers are similar.

PRODUCT AND CHEMICAL IDENTIFICATION OF DELTA FC 1522

Product name: DELTA FC 1522
Composition family: Mineral oils and hydrophobic components
Chemical category: Formulated silicone-free defoamer
Main function: Foam control in aqueous formulations
Typical application stages: Grinding, letdown and subsequent processing
Relevant systems: Coatings, inks and selected industrial latex-based formulations

A single product-specific CAS number or EC number has not been established from the verified information. A molecular formula and molecular weight for one pure substance do not describe this mixture. For the supplied formulation's composition and regulatory identification, please contact Ataman Kimya.

COMPOSITION AND MOLECULAR PROPERTIES OF DELTA FC 1522

The mineral oil fraction provides a hydrophobic organic carrier. Hydrophobic components contribute to the additive's interaction with foam films and its behavior within the water-based formulation.

The manufacturer's general foam-control explanation discusses carrier fluids, interfacially active components and hydrophobic active substances. It does not disclose which specific particles, waxes or other ingredients occur in this exact blend. Those generic examples must not be presented as a confirmed ingredient list.

Performance depends on the organized distribution of an incompatible phase in the continuous aqueous medium. Complete molecular dissolution is neither established nor required for this type of defoamer.

HOW DOES DELTA FC 1522 WORK AT THE MOLECULAR LEVEL?

Surfactants slow the drainage and rupture of aqueous foam films. Mineral oil and the associated hydrophobic components can enter these films and disrupt their stability, promoting bubble collapse. In this physical mechanism, foam control does not require chemical consumption of the binder.

Functions include:

Reducing process foam during mixing and grinding
Controlling renewed foam during letdown
Helping manage foam during filling and application
Supporting more reproducible wet density and film appearance

Effective incorporation requires a balance between distribution and controlled incompatibility. Too little distribution can leave local oil-rich defects, while unsuitable incorporation or compatibility can weaken foam control. Performance varies with surfactants, binder, pigments, viscosity, temperature and mixing conditions.

PHYSICAL AND CHEMICAL PROPERTIES OF DELTA FC 1522

General technical characteristics:

Composition: Mixture of mineral oils and hydrophobic components
Silicone character: Silicone-free defoamer
Functional behavior: Foam control in aqueous systems
Application stages: Mill-base and letdown
Published binder families: Styrene-butadiene, polyvinyl acetate, acrylics and water-soluble alkyds

No verified numerical density, viscosity, active content, flash point or storage-temperature range is assigned here. Values published for the M-suffix product describe that separate designation. For current technical values and their measurement methods, please contact Ataman Kimya.

Density matters when dosing by volume and when assessing entrained air in the finished paint. It must be distinguished from the apparent density of a foamed sample. Viscosity should be evaluated with a defined temperature and test method because handling and incorporation depend on it.

The supplier describes the additive as non-discoloring and suitable for formaldehyde-sensitive systems. Color must nevertheless be checked in the actual formulation, and formaldehyde-sensitive suitability is not an analytical guarantee of zero formaldehyde or a certification of the finished product.

Silicone-free does not mean free of hydrophobic substances and does not guarantee freedom from craters or haze. Clear and non-pigmented systems require particular attention to transparency.

These characteristics describe application expectations and are not binding batch acceptance limits.

DOSAGE AND INCORPORATION OF DELTA FC 1522

An archived manufacturer's selection guide, Issue 6 from 2011, lists a dosage interval of 0.1-1.0% for this exact designation. Treat that interval as historical trial guidance, not a current specification. The examples below use supplied-product percentages on total formulation weight and must be confirmed for the grade actually offered.

The additive can be evaluated in the mill-base and letdown. Compare an early addition, a later addition and a split addition while keeping the total dose constant. The optimum split depends on whether manufacturing foam, application foam or both dominate.

Measure foam immediately and after defined standing times. A successful quick knockdown result does not by itself establish persistence after storage or protection against roller-generated foam.

SECTORS AND INDUSTRIAL APPLICATIONS OF DELTA FC 1522

Foam control is relevant where aqueous binders and surface-active ingredients are subjected to agitation or application shear.

Main application areas:

Water-based architectural coatings
Water-reducible alkyd coatings
Aqueous printing inks
Paper coatings
Ceramic coating formulations
Rubber and latex formulations

DELTA FC 1522 IN WATER-BASED PAINTS

Purpose: Reduce processing and application foam.
Function: Destabilize surfactant-stabilized bubbles.
Performance effect: Help control volume expansion and foam-related film defects.
Limitations: Incorporation, gloss, cratering and recoatability require evaluation.

DELTA FC 1522 IN WATER-BASED PRINTING INKS

Purpose: Manage foam created by mixing and ink handling.
Function: Supply a silicone-free foam-control phase.
Performance effect: Support more consistent ink transfer and surface appearance when compatible.
Limitations: Print quality, wetting, adhesion and storage persistence must be checked in the actual process.

DELTA FC 1522 IN PAPER, CERAMIC AND LATEX FORMULATIONS

Purpose: Control foam during preparation and handling.
Function: Disrupt foam films in compatible aqueous compositions.
Performance effect: Help reduce air-related processing variability.
Limitations: The application listing does not establish food-contact approval, fired ceramic performance or suitability for every latex grade.

WHICH PROBLEMS CAN DELTA FC 1522 HELP SOLVE?

Foam accumulation during production
The defoamer can reduce unwanted volume growth, but mixing equipment and air intake also need control.

Apparent density variation
Reducing retained air can improve reproducibility of mass-per-volume measurements. Use an appropriate deaerated reference for comparison.

Foam-related surface imperfections
Bubble control can improve film appearance, while excessive or poorly distributed defoamer may introduce other defects.

Need for a silicone-free route
The mineral-oil-based approach offers a different formulation option. Silicone-free status alone does not establish compatibility with every finish.

THINGS TO CONSIDER WHEN USING DELTA FC 1522

A common mistake is to select the highest dose giving fast foam collapse without examining the dry film. Optimize foam control and surface quality together.

Test the intended binder and pigment combination.
Keep shear, temperature and incorporation time reproducible.
Compare addition stages at the same total dose.
Evaluate fresh and aged samples.
Include stirring or shaking tests and an application-relevant test.
Inspect transparency, gloss, craters, pinholes and adhesion.

For architectural paints, a roller test complements a stirred-sample foam test. In inks, use the relevant transfer or printing process rather than relying on a paint roller result alone. No single foam-height reading captures all service conditions.

Prevent splashes and avoid inhaling mist during handling. Remove oily spills promptly because they create slipping hazards.

INITIAL FORMULATION APPROACHES FOR DELTA FC 1522

These laboratory screens illustrate total-formula dosing and are not validated commercial recipes. Percentages are by mass and refer to materials as supplied, including binder dispersions and pigment dispersions. The two defoamer additions fall within the archived dosage interval, but current product recommendations and finished-product performance still need confirmation. Preservation and commercial shelf life are not established by these compositions.

EXAMPLE 1: DELTA FC 1522 IN AN ACRYLIC WHITE-PAINT SCREEN

Components:

Water: 40.30%
Titanium dioxide: 20.00%
Acrylic emulsion binder: 35.00%
Propylene glycol: 2.00%
Suitable coalescing agent: 1.00%
Compatible pigment dispersant: 0.80%
Nonionic wetting additive: 0.20%
Compatible thickener: 0.40%
DELTA FC 1522: 0.30%
Total: 100.00%

One trial option is 0.20% defoamer in the mill-base and 0.10% during letdown, both expressed on the complete formula. This split is a proposed comparison, not a prescribed manufacturer's ratio. Use a no-defoamer control and compensate any dosage change with water.

Evaluation criteria:

Foam height and decay after defined agitation
Wet density compared with a deaerated reference
Roller application and wet-film bubbles
Dry-film pinholes, craters and gloss
Performance after storage

Safety note: Control pigment dust during charging and use guarded laboratory mixing equipment. Assess all component hazards before testing.

EXAMPLE 2: DELTA FC 1522 IN AN AQUEOUS PIGMENTED-INK SCREEN

Components:

Water: 33.60%
Compatible aqueous pigment dispersion: 40.00%
Acrylic ink binder dispersion: 25.00%
Propylene glycol: 0.50%
Compatible wetting additive: 0.30%
DELTA FC 1522: 0.40%
Compatible rheology additive: 0.20%
Total: 100.00%

The pigment and binder percentages are amounts of supplied dispersions, not dry pigment or dry resin percentages. Record their solids and existing additive packages before interpreting the results. Compare addition timing without assuming that a pre-dispersed pigment package needs further grinding.

Evaluation criteria:

Foam after controlled mixing or circulation
Viscosity and print transfer
Wetting, pinholes and film uniformity
Color, adhesion and rub resistance
Storage stability and persistence of foam control

Safety note: This industrial ink trial establishes no food-packaging or direct-contact compliance. Validate preservation, drying and end-use requirements separately.

SIMILAR PRODUCTS AND ALTERNATIVES TO DELTA FC 1522

Select alternatives by silicone requirements, compatibility, foam persistence and final-film defects rather than the initial foam-collapse result alone.

DELTA FC 1522 AND OTHER MINERAL-OIL-BASED DEFOAMERS

Different oil and hydrophobic-component packages can change clarity, persistence and incorporation behavior. Chemical family matching does not establish an equal dose.

DELTA FC 1522 AND M-SUFFIX HYDROCARBON DEFOAMERS

The separately named variant has its own published technical data. Confirm the exact designation, formulation and acceptance criteria before treating it as a replacement.

DELTA FC 1522 AND SILICONE-BASED EMULSION DEFOAMERS

Silicone-based alternatives provide another route to foam control where silicone is acceptable. Compatibility, cratering, recoatability and application performance must be compared.

DELTA FC 1522 AND PROCESS-BASED AIR REDUCTION

Reducing vortex formation, air leaks or unnecessary agitation can lower the defoaming demand. Process improvements can complement the additive, although they may not eliminate surfactant-stabilized foam.

Verify the selected approach in both manufacturing and application trials.

QUALITY CONTROL AND PURCHASING CRITERIA FOR DELTA FC 1522

Specify the exact product designation before comparing quotations. An omitted suffix or an unqualified chemical family name can lead to a different product being supplied.

Information to clarify before purchase:

Exact designation and manufacturing source
Binder and application process
Pigmented or clear formulation
Silicone-free requirement and supporting declaration
Agreed appearance, viscosity and density methods
Foam-control and film-compatibility acceptance tests
Current technical, safety and regulatory documents
Batch traceability, quantity and packaging

A TDS describes technical characteristics and use, an SDS communicates hazards and handling, and a COA records batch acceptance information. A formaldehyde-sensitive application may need a specific declaration or analytical limit beyond a general product description.

Price depends on packaging, quantity, documentation and delivery conditions. Compare the cost at the effective dose with the impact on rejects and film quality. For current product availability and quotation details, please contact Ataman Kimya.

STORAGE AND HANDLING OF DELTA FC 1522

Keep the additive in a closed, identified container, protected from contamination and excessive heat. Separate it from strong oxidizing agents according to the delivered product's safety requirements. A numerical temperature range, freeze-thaw tolerance and shelf life have not been verified for this exact designation. Please contact Ataman Kimya for those conditions rather than borrowing the variant's limits.

After extended storage, assess uniformity and foam-control performance. Apply only the confirmed remixing procedure, because appearance alone does not demonstrate continued effectiveness.

Contain spills with suitable inert absorbent and collect the residue in labeled containers. Do not allow oily material into drains or waterways. For the current UN number, transport class and shipping conditions of the supplied product, please contact Ataman Kimya.

SAFETY INFORMATION OF DELTA FC 1522

A current product-specific CLP classification and H statements have not been verified. Mineral oil content does not by itself establish the flash point, aspiration classification or transport status of the mixture. For the exact local classification and applicable REACH supply-chain information, please contact Ataman Kimya.

Use splash eye protection, suitable gloves and protective clothing, with ventilation appropriate to mist generation. Keep the mixture away from ignition sources during handling until its relevant fire properties are confirmed.

Rinse exposed eyes promptly with clean water and wash contaminated skin. Obtain medical advice for persistent symptoms or significant exposure. After ingestion, seek medical advice and do not induce vomiting. Fire response should use the site plan and trained personnel equipped for combustion fumes.

Prevent environmental release and manage residues and contaminated packaging through local waste procedures. Industrial coating and ink recommendations do not establish cosmetic, food-additive, pharmaceutical or food-contact approval.

SUPPLY OF DELTA FC 1522 FROM ATAMAN KIMYA

Contact Ataman Kimya with the exact designation and intended application to evaluate supply of the silicone-free mineral oil defoamer. Confirm that the offered product corresponds to the requested version, together with its current documents and delivery conditions.

Useful quotation information includes:

Binder and manufacturing process
Foam problem and current dosage
Silicone-free and clarity requirements
Application method and acceptance tests
Quantity, packaging and destination
Technical and regulatory document needs

FREQUENTLY ASKED QUESTIONS ABOUT DELTA FC 1522

What is DELTA FC 1522?
It is a silicone-free defoamer based on mineral oils and hydrophobic components for aqueous industrial formulations.

Does the additive contain silicone?
The product is described as silicone-free. Obtain the relevant declaration where required.

Is it one pure chemical?
No. It is a formulated mixture.

What is its CAS number?
A single verified identifier for the commercial blend has not been established. Please contact Ataman Kimya for composition identification.

Does it have one molecular formula or molecular weight?
No single pure-substance formula or molecular weight describes the mixture.

Which binders are identified?
Styrene-butadiene, polyvinyl acetate, acrylics and water-soluble alkyds.

Can it be added during grinding and letdown?
Both stages are identified, with the best allocation determined experimentally.

What starting dosage has been published?
An archived 2011 selection guide lists 0.1-1.0%. Confirm the current supplied-product recommendation before production use.

Is the example dosage an active-material percentage?
No. The examples use supplied-product mass on total formulation.

Does silicone-free guarantee a defect-free film?
No. Incorrect dose or incorporation can still produce haze or craters.

Can it be used in clear systems?
Evaluate transparency and surface quality in the actual clear formulation.

Is non-discoloration guaranteed in every system?
The product is described as non-discoloring, but the formulation's color stability needs confirmation.

Does suitability for formaldehyde-sensitive systems prove zero formaldehyde?
No. A defined content claim requires appropriate documentation or analysis.

Is the M-suffix version identical?
It is separately designated and must not be assumed identical.

How should effectiveness be checked?
Combine controlled agitation and foam-decay measurements with an application-relevant test, using fresh and aged samples.

Which documents are important for purchasing?
Current technical and safety data, a batch COA and relevant silicone, composition and regulatory declarations.

DELTA FC 1522 - TECHNICAL SUMMARY

The silicone-free additive uses mineral oils and hydrophobic components to control foam in water-based coatings, inks and selected industrial formulations. It is a mixture rather than a chemically defined single substance.

Its effect depends on delivery of a hydrophobic phase to foam films and a useful balance of distribution and incompatibility. Binder, surfactants, shear and temperature influence the outcome.

Both mill-base and letdown additions can be evaluated. The archived dosage interval supports laboratory screening, while the two complete examples illustrate supplied-product dosing rather than validated commercial recipes.

Do not transfer density, shelf life or other specifications from the separately named M-suffix product. Transparency, color and formaldehyde-related requirements need product-specific evaluation or documentation.

Acceptance should combine foam control with film compatibility and storage performance. Ataman Kimya can be contacted to confirm the offered designation, current technical information and supply conditions.

DELTA FC 1522 can be sourced from ATAMAN KİMYA. For further information and supply inquiries about DELTA FC 1522, please contact ATAMAN KİMYA.