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Infineum T4294 is an automatic transmission fluid (ATF) additive package developed by Infineum for blending high-performance, low-viscosity transmission fluids intended to meet GM DEXRON®-VI, Ford MERCON® LV and other OEM automatic transmission fluid requirements.
The T4294 ATF additive package is not a single chemical compound but a pre-balanced concentrate of several additive types, which a lubricant blender combines with suitable base oils, and where needed a viscosity modifier, to produce a finished ATF.
The T4294 transmission-fluid concentrate is designed to give transmission fluids long-lasting friction durability, oxidation and thermal stability, wear protection, seal compatibility and viscosity retention, so that modern step-type automatic transmissions can shift consistently, run efficiently and reach long drain intervals.
PRODUCT TYPE: AUTOMATIC TRANSMISSION FLUID (ATF) ADDITIVE PACKAGE (MIXTURE)
Physical state: Liquid
Odor: Mild, petroleum-like
Solubility: Soluble in mineral and synthetic base oils, insoluble in water
Base oil compatibility: API Group II and Group III base oils
Typical packaging: Drums, IBC totes or bulk
Shelf life: Approx. 24 months in sealed original containers
COMMON PRODUCT & CHEMICAL NAMES OF INFINEUM T4294:
Infineum T4294, T4294, Infineum T 4294, Infineum T4294 ATF Additive Package, ATF Additive Package, Automatic Transmission Fluid Additive Package, ATF DI Package, ATF Performance Additive Package, DEXRON-VI Type ATF Additive Package, MERCON LV Type ATF Additive Package, Low-Viscosity ATF Additive, Transmission Fluid Additive Concentrate, Lubricant Additive Package
The T4294 performance package is the trade name of a specific additive package, whereas expressions such as "ATF additive package", "ATF DI package" or "transmission fluid additive concentrate" describe the product category. The term DI package (dispersant–inhibitor package) is widely used in the lubricant industry for a ready-made combination of additives that is added to base oil at a defined treat rate. References to DEXRON-VI and MERCON LV indicate the type of finished fluid the package is designed for, they are not names of the additive itself.
Many ATF additive packages are sold under similar category names, and their friction behavior, approvals and treat rates are not interchangeable. When Infineum T4294 is requested, the exact product code, supplier and the specification the finished fluid must meet should always be stated together.
WHAT IS INFINEUM T4294?
The T4294 transmission-fluid concentrate is a proprietary additive package for automatic transmission fluids. An additive package is a concentrated, oil-soluble mixture of performance additives, usually supplied in a light diluent oil, that is blended into base oil at a defined treat rate to turn it into a finished lubricant. Infineum T4294 belongs to the group of premium ATF packages designed for fluids of the DEXRON-VI and MERCON LV type.
DEXRON-VI is General Motors' automatic transmission fluid specification for low-viscosity fluids with improved friction durability and oxidation stability compared to earlier generations. MERCON LV is Ford's corresponding low-viscosity ATF specification. Fluids built to these specifications are widely used in modern six-speed and higher step-type automatic transmissions, and similar low-viscosity fluids are demanded by many other vehicle and transmission manufacturers.
It is important to separate two ideas. The T4294 performance package is designed to enable finished fluids that meet DEXRON-VI, MERCON LV and other OEM requirements. The additive package itself is not a finished fluid, and a fluid blended with it does not automatically become an approved or licensed product. OEM licensing or approval programs set their own rules on base oils, viscosity modifiers, test data and registration, and these must be followed for each finished product.
Because Infineum T4294 is a mixture of several components, it cannot be described by a single CAS number, molecular formula or molecular weight. Product identity is defined by the product code and the manufacturer's product documentation, which can be requested from Ataman Kimya. Product information found online for Infineum T4294 sometimes mixes in data that belong to other additives, for example, CAS numbers of individual molybdenum dithiocarbamate friction modifiers or descriptions of engine oil detergent–dispersant packages do not describe this ATF package and should not be used for it.
The T4294 ATF additive package is supplied as a liquid with a mild petroleum-like odor. It is soluble in mineral and synthetic base oils and insoluble in water. Typical supply forms are drums, IBC totes and bulk deliveries, depending on regional arrangements, and the shelf life is given as approximately 24 months in sealed original containers under proper storage conditions.
In an automatic transmission, the fluid has to do several jobs at once: it transmits power in the torque converter, controls the friction of wet clutches and bands during gear shifts, lubricates gears and bearings, carries heat away and operates the hydraulic control system. Infineum T4294 supplies the chemistry that allows a base oil blend to perform all of these jobs reliably over the life of the fluid.
The most demanding task is friction control. Shift quality and torque converter clutch behavior depend on how the friction between clutch plates changes with sliding speed, temperature and fluid age. The T4294 ATF additive package is formulated to keep these friction characteristics stable over the service life of the fluid, which helps the transmission avoid shudder and shift-quality complaints as the oil ages.
Modern transmissions also run at lower fluid viscosities to save fuel. Thin fluids leave less margin for oxidation, shear and wear, so Infineum T4294 combines friction durability with oxidation resistance, thermal stability, anti-wear protection and viscosity retention that suit low- and ultra-low-viscosity ATF formulations.
For lubricant blenders, Infineum T4294 simplifies formulation work: instead of selecting and balancing dispersants, friction modifiers, antioxidants, anti-wear agents, corrosion inhibitors, seal conditioners and antifoams one by one, the blender works with a single tested concentrate. This shortens development time and helps produce consistent batches.
The T4294 transmission-fluid concentrate is compatible with API Group II and Group III base oils, which gives blenders flexibility in base stock sourcing across North America, Europe and Asia. Final performance, however, always depends on the base oil slate, the viscosity modifier and the blending conditions, so fluids that are to carry an OEM claim or license must be qualified in the exact formulation.
The T4294 performance package is a professional raw material for lubricant manufacturing. The T4294 ATF additive package is not an aftermarket "top-up" additive and is not intended to be added by consumers to transmission fluid already in a vehicle.
CAS NO, EC / EINECS NO AND CHEMICAL IDENTIFICATION OF INFINEUM T4294
Product name: Infineum T4294
Common abbreviation: T4294
Chemical name: Not applicable, proprietary lubricant additive mixture
INCI name: Not applicable
Food additive number: Not applicable
CAS No: Not applicable to the mixture, for information on declared components, please contact Ataman Kimya
EC / EINECS No: Not applicable to the mixture
Molecular formula: Not applicable (mixture)
Molecular weight: Not applicable (mixture)
Chemical class: Lubricant additive package for automatic transmission fluids
Main functions: Friction control and friction durability, oxidation and thermal stability, anti-wear protection, deposit control, corrosion protection, seal compatibility, foam control, viscosity retention support
For a mixture such as Infineum T4294, chemical identification works differently from a pure substance. The SDS lists the components that must be declared under hazard communication rules, often with concentration ranges, while the remaining composition stays confidential. Two packages from different suppliers can therefore look similar on paper and still behave very differently in a transmission.
For customs purposes, lubricant additive packages are generally classified among additives for lubricating oils containing petroleum oils. The tariff code used for a shipment can be confirmed with Ataman Kimya.
TYPICAL CHEMISTRY OF AN ATF ADDITIVE PACKAGE SUCH AS INFINEUM T4294
The detailed composition of Infineum T4294 is proprietary. The overview below describes the additive classes that are typically found in premium ATF packages and explains why each one is needed, it is general background and not a disclosure of the T4294 formulation.
Ashless dispersants: Usually polyisobutylene succinimide types, sometimes borated. They keep oxidation products and wear debris suspended, help control deposits on valve bodies and clutch materials, and can contribute to friction behavior.
Friction modifiers: Organic, surface-active molecules with a polar head and a long hydrocarbon tail. They adsorb on clutch plate surfaces and shape the friction–speed curve, which determines shift feel, torque capacity and resistance to shudder.
Anti-wear and extreme pressure agents: Often phosphorus- and/or sulfur-containing compounds that form protective films on gears, bearings and pump components under boundary lubrication.
Antioxidants: Aminic and phenolic types that slow oil oxidation at high temperature, limiting viscosity increase, acid formation, varnish and loss of friction performance.
Detergents: Metal-containing additives used at controlled levels, because they influence friction and help neutralize acidic products.
Corrosion and rust inhibitors: Protect copper alloys, steel and other metals in the transmission and cooler circuit.
Seal swell agents: Condition elastomer seals so that they keep their size and flexibility in contact with low-aromatic Group II and Group III base oils.
Antifoam agents: Reduce foaming and air entrainment, which is critical for hydraulic control and pump performance.
Many ATF packages also contain or are combined with a red dye so that transmission fluid can be identified easily in service. Whether a dye is included in Infineum T4294 or must be added separately can be confirmed by contacting Ataman Kimya.
The key point is balance. In an ATF, dispersants, friction modifiers, detergents and anti-wear agents all compete for the same metal and clutch surfaces. A good package such as Infineum T4294 is the result of extensive testing to make these components work together, which is why adding extra friction modifiers or other additives to a finished fluid can easily upset the designed behavior.
PHYSICAL AND CHEMICAL PROPERTIES OF INFINEUM T4294
The properties of Infineum T4294 are those of a liquid additive concentrate. Batch-specific values for density, viscosity, flash point, elemental content and color are not published openly, for current data on Infineum T4294, please contact Ataman Kimya.
GENERAL TECHNICAL SPECIFICATIONS:
PHYSICAL APPEARANCE: LIQUID, FOR EXACT COLOR AND CLARITY, PLEASE CONTACT ATAMAN KIMYA
Chemical character: Oil-soluble mixture of lubricant additives in a carrier oil
Molecular formula: Not applicable (mixture)
Molecular weight: Not applicable (mixture)
CAS No: Not applicable to the mixture
EC / EINECS No: Not applicable to the mixture
Odor: Mild, petroleum-like
Water solubility: Insoluble
Oil solubility: Soluble in mineral and synthetic base oils, designed for Group II and Group III base stocks
Density, kinematic viscosity and flash point: Available on request from Ataman Kimya
Elemental content (e.g. nitrogen, phosphorus, sulfur, boron, metals): Controlled by the manufacturer, values available on request from Ataman Kimya
Stability: Stable under normal conditions of storage and use
Reactivity: No hazardous reactions expected under normal conditions, avoid strong oxidizing agents
Flammability: Combustible liquid, not highly flammable under normal handling conditions
Viscosity is an important handling property of any additive package. Concentrates are usually much more viscous than the finished fluid, and many blending plants warm the package moderately before transfer to make pumping and metering easier. Excessive or prolonged heating can degrade some additive components, so the recommended handling temperature range for Infineum T4294 should be obtained from Ataman Kimya.
Elemental analysis is the most practical tool for checking that Infineum T4294 has been added at the correct level. By measuring characteristic elements in the finished ATF and comparing them with the expected values from the treat rate, blenders can detect under- or over-treatment and blending errors.
The values above are general information and do not form a binding specification. For the current specification of Infineum T4294, please contact Ataman Kimya.
HOW DOES INFINEUM T4294 WORK IN AN AUTOMATIC TRANSMISSION?
The performance of Infineum T4294 comes from surface chemistry and bulk oil chemistry acting together.
AT THE CLUTCH PLATES
In a step-type automatic transmission, gear changes are made by engaging and releasing wet friction clutches. Friction modifiers and dispersants from Infineum T4294 adsorb on the friction material and the steel plates and create a boundary layer. This layer controls how friction changes as the plates slip and lock up. A friction curve that rises slightly as sliding speed increases helps prevent stick-slip and shudder, especially in torque converter clutches that operate with controlled slip.
ON GEARS, BEARINGS AND PUMPS
Anti-wear and extreme pressure components react with hot metal surfaces under load to form protective films. These films reduce wear of gears, bearings, bushings and the transmission pump, which is particularly important in low-viscosity fluids where the hydrodynamic oil film is thinner.
IN THE BULK FLUID
Antioxidants interrupt radical chain reactions that would otherwise oxidize the oil, while dispersants keep any oxidation products and wear particles finely suspended. Together they limit viscosity increase, varnish formation and sludge, and they protect the friction properties, which are very sensitive to oil degradation.
AT THE SEALS AND METALS
Seal conditioners keep elastomers in the correct state of swell and hardness, preventing leaks or excessive softening. Corrosion inhibitors protect copper-containing parts, solder joints in coolers and steel surfaces from corrosive attack.
IN THE HYDRAULIC SYSTEM
Antifoam agents help air separate from the fluid quickly. Clean, air-free fluid is essential for accurate hydraulic pressure control, which modern electronically controlled transmissions rely on for precise shifts.
THE MAIN FUNCTIONS THAT INFINEUM T4294 BRINGS TO A FINISHED ATF CAN BE SUMMARIZED AS:
STABLE FRICTION CHARACTERISTICS OVER THE LIFE OF THE FLUID
Shudder resistance in torque converter clutch systems
Consistent shift quality
Oxidation resistance and thermal stability
Anti-wear protection for gears, bearings and pumps
Deposit and varnish control
Corrosion protection for copper alloys and steel
Elastomer seal compatibility
Foam and air release control
Support for viscosity retention in low-viscosity fluids
Support for fuel economy through low-viscosity formulation
Support for long drain intervals
BLENDING INFINEUM T4294 INTO A FINISHED ATF
The T4294 transmission-fluid concentrate is used by lubricant manufacturers to produce finished automatic transmission fluids. A typical finished DEXRON-VI or MERCON LV type fluid consists of base oil, the ATF additive package and, in most cases, a shear-stable viscosity modifier, plus dye if required.
PRACTICAL POINTS WHEN BLENDING WITH INFINEUM T4294:
The treat rate should follow the supplier's recommendation for the target specification, under-treatment can reduce friction durability and oxidation life, while over-treatment can change friction behavior and seal effects.
Base oils should be Group II or Group III types with properties within the range recommended by the supplier.
The viscosity modifier type has a strong influence on shear stability, low-temperature viscosity and viscosity retention, a shear-stable type approved for the intended specification should be used.
The finished fluid viscosity should be adjusted to the target range of the specification, DEXRON-VI and MERCON LV type fluids are low-viscosity fluids, typically around 6 mm²/s at 100 °C.
The order of addition, blending temperature and mixing time should be set so that the package is fully dissolved and the blend is homogeneous.
Tanks, lines and pumps should be clean and free from residues of other products, especially engine oils, gear oils or products with incompatible friction modifiers.
Each finished batch should be checked by viscosity, elemental analysis and appearance against the formulation targets.
The T4294 performance package should not be mixed with other ATF additive packages or extra friction modifiers unless such combinations have been tested. Small amounts of contamination with other lubricants can noticeably change the friction properties of an ATF.
If a finished fluid is to be sold with an OEM license or approval, the exact formulation (base oils, viscosity modifier, treat rate) must match the formulation qualified in the licensing program, and the registration requirements of that program must be met.
IN WHICH SECTORS IS INFINEUM T4294 USED?
The T4294 ATF additive package is used in the lubricants industry, mainly by companies that blend and market automatic transmission fluids.
MAIN AREAS OF USE:
BLENDING OF DEXRON-VI TYPE AUTOMATIC TRANSMISSION FLUIDS
Blending of MERCON LV type automatic transmission fluids
Low- and ultra-low-viscosity ATFs for fuel-efficient passenger cars and light trucks
Factory-fill and service-fill transmission fluids
Multi-vehicle ATF products for the aftermarket, where supported by the supplier's claims
Private-label and independent lubricant brands
Transmission fluids for markets in North America, Europe and Asia
Within these sectors, expectations differ. An oil marketer focused on the aftermarket mainly looks at the range of OEM specifications the finished fluid can claim. A blender supplying a vehicle manufacturer focuses on approval status and batch consistency. A formulator developing a new fluid pays most attention to base oil flexibility, viscosity modifier compatibility and the cost of the overall formulation.
IS INFINEUM T4294 USED IN COSMETIC, FOOD, AND PHARMACEUTICAL APPLICATIONS?
No. The T4294 transmission-fluid concentrate is an industrial lubricant additive and has no role in cosmetic, food or pharmaceutical products.
Cosmetics: Infineum T4294 has no INCI name and must not be used in cosmetic or personal care formulations.
Food: Infineum T4294 is not a food additive and is not designed for food-grade lubricants. Lubricants intended for incidental food contact (for example H1-registered lubricants) require specially formulated and registered additive systems, an ATF package such as Infineum T4294 should not be used for such purposes.
Pharmaceuticals: Infineum T4294 is not a pharmaceutical ingredient or excipient.
Finished automatic transmission fluids made with Infineum T4294 are technical lubricants and must be kept away from food and drink.
INDUSTRIAL APPLICATIONS OF INFINEUM T4294
DEXRON-VI AND MERCON LV TYPE SERVICE FLUIDS
Purpose: To produce low-viscosity ATFs for the large number of vehicles whose transmissions call for these specifications.
Role of Infineum T4294: Supplies the full additive chemistry required for friction, oxidation, wear, seal and foam performance.
Performance effect: Stable friction properties over the service life, good oxidation stability and wear protection.
Limitations: Licensing or approval of the finished fluid requires the qualified formulation and registration, the package alone does not license a product.
LOW- AND ULTRA-LOW-VISCOSITY ATFS
Purpose: To reduce churning and pumping losses in the transmission and contribute to vehicle fuel economy.
Role of Infineum T4294: Provides wear protection and viscosity retention support at reduced viscosity.
Performance effect: Lower internal friction losses while maintaining durability.
Limitations: The lower the viscosity, the more important base oil quality and viscosity modifier shear stability become, formulation must be validated for each viscosity target.
MULTI-VEHICLE AND AFTERMARKET ATFS
Purpose: To offer a single fluid that can be recommended for a range of transmissions.
Role of Infineum T4294: Forms the performance basis of the fluid.
Limitations: Any multi-vehicle claim must be supported by data from the supplier and by the requirements of each transmission manufacturer, some transmissions require dedicated fluids with very specific friction characteristics.
WHEN USING INFINEUM T4294 IN INDUSTRIAL BLENDING, THE FOLLOWING SHOULD BE EVALUATED:
TARGET SPECIFICATION AND CLAIMS FOR THE FINISHED FLUID
Supplier-recommended treat rate
Base oil type and properties
Viscosity modifier type and level
Target viscosity and low-temperature properties
Blending procedure and temperature
Contamination control in tanks and lines
Batch quality control (viscosity, elemental analysis, appearance, foam)
Packaging and labeling of the finished fluid
Safety documentation of the package and of the finished product
WHICH PROBLEMS CAN INFINEUM T4294 HELP SOLVE?
SHIFT-QUALITY DETERIORATION AS THE FLUID AGES
In many transmissions, shift feel gets worse as the ATF oxidizes and its friction modifiers are consumed. The T4294 performance package is designed to keep friction characteristics stable for a long time, which helps maintain smooth shifting throughout the drain interval.
TORQUE CONVERTER CLUTCH SHUDDER
Shudder is a vibration that appears when a slipping torque converter clutch has an unfavorable friction–speed characteristic. The friction durability provided by Infineum T4294 supports shudder resistance over the life of the fluid.
Shudder can also have mechanical causes, so fluid change alone does not solve every case.
OXIDATION, VARNISH AND VISCOSITY INCREASE AT HIGH TEMPERATURE
Transmissions in modern vehicles often run hot, especially under towing or in compact packaging. The oxidation resistance and thermal stability of Infineum T4294 help limit oil thickening, acid build-up and varnish deposits.
WEAR IN LOW-VISCOSITY FLUIDS
Moving to thinner fluids for fuel economy reduces the oil film thickness. Anti-wear components in Infineum T4294 help protect gears, bearings and pumps under these conditions.
SEAL LEAKS AND ELASTOMER PROBLEMS
Highly refined Group II and Group III base oils can shrink some seal materials. Seal conditioners in Infineum T4294 help maintain seal compatibility and reduce leakage risk.
FORMULATION COMPLEXITY FOR BLENDERS
Building an ATF from individual additives requires extensive testing. Infineum T4294 offers a balanced, tested concentrate that shortens development time and supports consistent production.
THINGS TO CONSIDER WHEN USING INFINEUM T4294
The most common misconception about Infineum T4294 is to see it as a general-purpose additive that can be added freely to any oil. In reality, Infineum T4294 is a carefully balanced ATF package that delivers its intended performance only at the right treat rate, in suitable base oils and with a suitable viscosity modifier.
KEY POINTS FOR SAFE AND EFFECTIVE USE:
USE THE TREAT RATE RECOMMENDED BY THE SUPPLIER FOR THE TARGET SPECIFICATION.
Blend only into base oils of the type and quality recommended for the package.
Select a viscosity modifier that is compatible and suitable for the intended specification.
Do not combine with other ATF packages, engine oil additives or extra friction modifiers without testing.
Keep blending equipment clean and dedicated where possible to avoid cross-contamination.
Make sure the package is fully dissolved and the blend is homogeneous before filling.
Check each batch by viscosity and elemental analysis.
Do not make OEM license claims unless the formulation has been qualified and registered accordingly.
Avoid excessive heating during storage and handling.
Keep the product away from water and moisture.
Avoid prolonged or repeated skin contact and inhalation of mists.
Store and handle according to the manufacturer's safety documentation, available through Ataman Kimya.
Check the batch analysis supplied with each delivery.
Additive concentrates are much more concentrated than finished lubricants and some components may cause skin or eye irritation or skin sensitization, or may be harmful to aquatic life. Gloves, eye protection and suitable work clothing should be used when handling Infineum T4294, and spills should be prevented from reaching drains and water. For the hazard classification of Infineum T4294, please contact Ataman Kimya.
INITIAL FORMULATION APPROACHES FOR INFINEUM T4294
The following examples outline how a lubricant developer might start evaluating Infineum T4294. They are not approved formulations, licensed blends or production instructions. The treat rate, base oils and viscosity modifier must follow the supplier's recommendations, and any fluid intended to carry OEM claims must be qualified according to the applicable program.
The percentage lists below are algebraic laboratory starting compositions, not validated formulations. The source does not give a numerical T4294 treat rate, so none is invented. R is the supplier-confirmed package percentage, V the selected viscosity-modifier percentage, and D the separately added dye percentage, all by weight of total blend. Each listed total is 100 %, select non-negative component amounts and qualify the actual formulation.
EXAMPLE 1: BLENDING A DEXRON-VI / MERCON LV TYPE LABORATORY FLUID WITH INFINEUM T4294 IN GROUP III BASE OIL
Objective: To prepare a laboratory ATF based on Infineum T4294 and verify that its basic properties match the targets for a low-viscosity DEXRON-VI / MERCON LV type fluid.
INITIAL COMPONENTS:
Infineum T4294: at the supplier-recommended treat rate (R)
Group III base oil blend: balance, selected to give the target viscosity together with the viscosity modifier
Shear-stable viscosity modifier recommended for ATF use: adjusted to reach the target viscosity
Dye: if required and not already included in the package
APPLICATION APPROACH:
THE BASE OILS ARE CHARGED TO A CLEAN BLENDING VESSEL AND WARMED MODERATELY UNDER STIRRING.
Infineum T4294 is added at treat rate R and mixed until completely dissolved.
The viscosity modifier is added and mixing continues until the blend is homogeneous.
Kinematic viscosity at 40 °C and 100 °C, viscosity index, low-temperature Brookfield viscosity, flash point and foam are measured.
Elemental analysis is used to confirm that the package level corresponds to treat rate R.
Viscosity after shear testing is measured to check viscosity retention.
Results are compared with the target properties of the specification and with supplier reference data.
Gloves and eye protection should be worn when handling the concentrate, and warm oil should be handled with care.
INITIAL COMPONENT PERCENTAGES (% W/W)
Infineum T4294: R %
Shear-stable viscosity modifier: V %
Separate dye, if needed: D %
Group III base oil blend: (100 − R − V − D) %
Total: 100 %
Set D to zero when no separate dye is needed. Determine R and V from supplier guidance and viscosity testing.
EXAMPLE 2: BASE OIL INTERCHANGE SCREENING WITH INFINEUM T4294 (GROUP II VS. GROUP III)
Objective: To compare how the choice of base oil affects the properties of an ATF made with Infineum T4294, as a first step in assessing alternative base stock sources.
INITIAL APPROACH:
Infineum T4294: constant at treat rate R
Blend A: Group II base oil blend
Blend B: Group III base oil blend
Blend C: mixture of Group II and Group III base oils
Viscosity modifier: same type in all blends, level adjusted to equal viscosity at 100 °C
APPLICATION APPROACH:
Each blend is prepared as in Example 1.
Low-temperature viscosity, volatility, oxidation stability (for example by a bench oxidation test) and elastomer compatibility are measured.
Where possible, friction characteristics are compared on a suitable bench friction test.
Differences between the blends are evaluated against specification limits and the supplier's base oil interchange guidance.
Bench screening does not replace the full test program required for OEM approval or licensing, it only indicates which options are worth pursuing.
INITIAL COMPONENT PERCENTAGES FOR EACH BASE-OIL TRIAL (% W/W)
Infineum T4294: R %
Viscosity modifier: V_i %
Separate dye: D %
Selected base oil blend: (100 − R − V_i − D) %
Total: 100 %
For A, use Group II base oils, for B, Group III, for C, a selected mixture of both. V_i is the adjusted modifier percentage for that trial. Record the Group II/III split inside the base-oil fraction, each complete blend totals 100 %.
EXAMPLE 3: TREAT RATE SENSITIVITY AND CONTAMINATION CHECK FOR INFINEUM T4294 BLENDS
Objective: To understand how deviations from the recommended treat rate and small contamination levels affect the key properties of an Infineum T4294 based ATF, in order to set realistic production tolerances.
INITIAL APPROACH:
Reference blend: Infineum T4294 at treat rate R
Under-treated blend: Infineum T4294 at approximately 0.9 × R
Over-treated blend: Infineum T4294 at approximately 1.1 × R
Contaminated blend: reference blend with a small addition (e.g. 1–2 %) of an engine oil or a different ATF that could realistically be present in plant lines
APPLICATION APPROACH:
ALL BLENDS ARE PREPARED UNDER IDENTICAL CONDITIONS.
Viscosity, elemental analysis, foam and appearance are measured.
Friction behavior and oxidation stability are compared on suitable bench tests.
The results are used to define acceptance ranges for elemental analysis and to set line-flushing rules between products.
The concentrate should be handled with gloves and eye protection, and contaminated test blends should be disposed of as used oil according to local regulations.
INITIAL COMPONENT PERCENTAGES FOR TREAT-RATE TRIALS (% W/W)
Reference: R % package + V % modifier + D % dye + (100 − R − V − D) % base oil = 100 %.
Under-treated: 0.9R % package + V % modifier + D % dye + (100 − 0.9R − V − D) % base oil = 100 %.
Over-treated: 1.1R % package + V % modifier + D % dye + (100 − 1.1R − V − D) % base oil = 100 %.
Contamination trial: 98 % complete reference fluid + 2 % selected contaminating oil = 100 %.
The contamination percentage is on the final mixture, and the package level in that mixture is diluted accordingly. These are laboratory sensitivity samples, not recommended commercial treatments.
INFINEUM T4294 SIMILAR PRODUCTS AND ALTERNATIVES
Choosing an alternative to Infineum T4294 is less about chemistry and more about performance claims, approvals, base oil fit, treat rate and cost.
Infineum T4294 and other DEXRON-VI / MERCON LV ATF packages
Other additive suppliers also offer ATF packages for DEXRON-VI and MERCON LV type fluids. They may differ in treat rate, base oil requirements, viscosity modifier recommendations, the range of additional OEM claims and the friction profile of the finished fluid. Switching packages generally requires reformulation and, for licensed fluids, new qualification.
Infineum T4294 and older-generation ATF packages
Packages for earlier specifications such as DEXRON-III or MERCON produce higher-viscosity fluids with different friction behavior. They are still used for older transmissions but cannot replace a DEXRON-VI / MERCON LV type package in low-viscosity fluids.
Infineum T4294 and ultra-low-viscosity or dedicated OEM fluids
Some newer transmissions call for ultra-low-viscosity fluids or dedicated fluids specified by a single manufacturer. The T4294 ATF additive package is described as suitable for low- and ultra-low-viscosity formulations, but whether a specific dedicated requirement can be met can be confirmed by contacting Ataman Kimya.
Infineum T4294 and CVT, DCT and e-drive fluids
Continuously variable transmissions, dual-clutch transmissions and electric drive units need fluids with quite different friction or electrical requirements. These applications use dedicated additive packages, and an ATF package such as Infineum T4294 should not be assumed to suit them.
Infineum T4294 and aftermarket "ATF additives"
Small-pack aftermarket additives sold to consumers are not equivalent to an ATF additive package. Adding them to a finished fluid can disturb the balance of friction modifiers and other components.
Any alternative should be confirmed with manufacturer data, which can be requested from Ataman Kimya, and where relevant, with the test program of the target specification.
QUALITY CONTROL AND PURCHASING CRITERIA FOR INFINEUM T4294
The T4294 transmission-fluid concentrate should be purchased on the basis of its product code, supplier documentation and the specification of the fluid to be made, not on price alone.
RECOMMENDED INFORMATION TO REVIEW BEFORE PURCHASING:
Exact product name and code (Infineum T4294)
Manufacturer and supplying entity
Specifications and OEM claims the package supports
Recommended treat rate for each claim
Recommended base oils and viscosity modifiers
Density, viscosity and flash point
Elemental content typical values and limits
Appearance
Recommended storage and handling temperatures
Shelf life (approx. 24 months in sealed original containers)
Technical Data Sheet (TDS)
Safety Data Sheet (SDS)
Certificate of Analysis (COA)
Batch number and production date
Origin
Packaging type and net quantity
REACH and other regulatory compliance information
Customs tariff information
The TDS describes the product and its recommended use, the SDS covers safe handling, transport and emergency measures, and the COA confirms that a specific batch meets the release specification. For additive packages, the COA values (density, viscosity, elemental content) are also the basis for checking the finished fluid after blending.
STORAGE AND HANDLING OF INFINEUM T4294
The T4294 performance package should be stored in tightly closed original containers in a cool, dry and well-ventilated area, away from heat sources, ignition sources and strong oxidizing agents.
Containers should be protected from water ingress, water in an additive package can cause haze, sediment or hydrolysis of some components. Drums stored outdoors should be kept horizontal or covered so that rainwater cannot collect on the lids.
Many additive packages are viscous at low temperature. Moderate warming may be used to make transfer easier, but the product should not be overheated (the maximum handling temperature can be obtained from Ataman Kimya), and prolonged storage at elevated temperature should be avoided.
Bulk tanks and lines should be clean, dry and dedicated where possible. Mixing with other additive packages or lubricants in storage should be avoided.
Stock should be used on a first-in, first-out basis and within the shelf life of approximately 24 months in sealed original containers. Material held beyond its shelf life should be retested before use.
Transport: Lubricant additive packages are often not classified as dangerous goods for transport, but this depends on the composition. For the transport classification of Infineum T4294, please contact Ataman Kimya.
In case of spillage, the liquid should be contained, absorbed with inert material such as sand or earth, collected in suitable containers and disposed of according to local regulations. Spilled oil can make surfaces slippery and must be prevented from entering drains, soil and water.
SAFETY INFORMATION OF INFINEUM T4294
The information below is general guidance for lubricant additive concentrates. The manufacturer's safety data sheet for Infineum T4294 can be requested from Ataman Kimya.
Hazard classification: Additive packages are concentrated mixtures, and depending on their components they may be classified, for example, for skin or eye irritation, skin sensitization or long-term aquatic toxicity. For the classification, hazard statements and precautionary statements of Infineum T4294, please contact Ataman Kimya.
Skin and eye contact: Prolonged or repeated skin contact with additive concentrates and oils should be avoided, as it can cause irritation and skin disorders. Eye contact should be prevented with safety glasses or goggles.
Inhalation: At ambient temperature, vapor exposure is low. Mists or vapors from heated product can irritate the respiratory tract, adequate ventilation should be ensured during heated transfers.
Fire: Infineum T4294 is a combustible liquid. Suitable extinguishing media typically include foam, dry chemical, carbon dioxide and water spray, a direct water jet should not be used on burning oil. Combustion can release carbon oxides and, depending on composition, oxides of nitrogen, sulfur and phosphorus. Firefighters should use self-contained breathing apparatus and protective clothing.
Personal protection: Oil-resistant gloves (for example nitrile), safety glasses and suitable work clothing are recommended. Contaminated clothing should be changed and washed before reuse. Hands should be washed before breaks and after work.
First aid: After inhalation, move to fresh air. After skin contact, wash with soap and water. After eye contact, rinse carefully with water for several minutes. If swallowed, rinse the mouth and do not induce vomiting, seek medical advice. Seek medical attention if symptoms persist.
Environment: Infineum T4294 and finished fluids made with it must not be released into drains, soil or surface water.
Waste: Waste product and contaminated materials should be handed over to authorized waste or used-oil collection according to local regulations.
Safety data for different additive packages, and even for different versions of the same package, can differ, the manufacturer's safety data sheet supplied with the delivery takes precedence.
WHAT SHOULD BE CONSIDERED WHEN BUYING INFINEUM T4294?
Before ordering Infineum T4294, the buyer should be clear about which finished fluid will be produced and which claims it must carry. A package that fits one market or claim may not fit another.
BEFORE PURCHASING, THE FOLLOWING INFORMATION SHOULD BE CLARIFIED:
TARGET FINISHED FLUID (E.G. DEXRON-VI TYPE, MERCON LV TYPE, MULTI-VEHICLE)
Required OEM claims, approvals or licenses for the finished fluid
Planned base oils and viscosity modifier
Expected annual volume and order size
Required packaging (drum, IBC, bulk)
Storage and handling facilities at the blending plant
TDS, SDS and COA requirements
Regulatory documents (REACH, customs information)
Technical support required for formulation or approval
The price of Infineum T4294 depends on factors such as raw material costs for the additive components, base oil and energy costs, order volume, packaging, freight and market conditions. The current price should therefore be requested as a quotation together with the product specification and delivery terms.
SUPPLY OF INFINEUM T4294 FROM ATAMAN KIMYA
The T4294 ATF additive package is a premium ATF additive package used by lubricant blenders to produce low-viscosity transmission fluids of the DEXRON-VI and MERCON LV type. Companies planning to purchase it should clarify their target fluid, claims, base oil system and documentation needs in advance.
Companies interested in sourcing Infineum T4294 through Ataman Kimya can share their application and requirements to receive information on availability, packaging options and price.
Current stock, origin, packaging and specification details should be confirmed with Ataman Kimya before an order is placed.
INFORMATION THAT HELPS IN PREPARING A QUOTATION FOR INFINEUM T4294:
TARGET FINISHED FLUID AND REQUIRED CLAIMS
Planned treat rate and base oil system
Estimated order quantity
Required packaging type
Required technical documents
Delivery location and schedule
FREQUENTLY ASKED QUESTIONS ABOUT INFINEUM T4294
WHAT IS INFINEUM T4294?
The T4294 transmission-fluid concentrate is an automatic transmission fluid additive package from Infineum. Lubricant blenders combine it with base oil and a viscosity modifier to make low-viscosity transmission fluids of the DEXRON-VI and MERCON LV type.
WHAT DOES "ATF ADDITIVE PACKAGE" MEAN?
An ATF additive package is a concentrated, balanced mixture of the additives an automatic transmission fluid needs, such as dispersants, friction modifiers, antioxidants, anti-wear agents, corrosion inhibitors, seal conditioners and antifoams. It is added to base oil at a defined treat rate.
WHAT IS THE CAS NUMBER OF INFINEUM T4294?
The T4294 performance package is a mixture and has no CAS number of its own. For information on its declared components, please contact Ataman Kimya.
WHAT IS THE EC / EINECS NUMBER OF INFINEUM T4294?
An EC / EINECS number does not apply to the mixture. Component information can be requested from Ataman Kimya.
WHICH SPECIFICATIONS IS INFINEUM T4294 DESIGNED FOR?
The T4294 ATF additive package is designed for finished fluids meeting GM DEXRON-VI, Ford MERCON LV and other OEM ATF requirements. For the full list of supported claims, please contact Ataman Kimya.
DOES A FLUID BLENDED WITH INFINEUM T4294 AUTOMATICALLY HAVE DEXRON-VI OR MERCON LV APPROVAL?
No. Licensing or approval applies to the finished fluid and requires the qualified formulation and registration under the relevant OEM program.
WHICH BASE OILS CAN BE USED WITH INFINEUM T4294?
The T4294 transmission-fluid concentrate is designed for API Group II and Group III base oils. Specific base oil recommendations and interchange rules can be obtained from Ataman Kimya.
WHAT IS THE TREAT RATE OF INFINEUM T4294?
The treat rate depends on the target specification, for the recommended treat rate, please contact Ataman Kimya. It should be followed precisely, because under- or over-treatment changes the performance of the finished fluid.
IS INFINEUM T4294 AN ENGINE OIL ADDITIVE?
No. The T4294 performance package is an ATF package. Engine oil additive packages and ATF packages have very different friction and detergent balances and are not interchangeable.
CAN INFINEUM T4294 BE USED IN CVT OR DCT FLUIDS?
CVT and DCT fluids have different friction requirements and normally use dedicated packages. The T4294 ATF additive package should not be used for these applications unless suitability has been confirmed through Ataman Kimya.
CAN CONSUMERS ADD INFINEUM T4294 TO THE TRANSMISSION FLUID IN THEIR CAR?
No. The T4294 transmission-fluid concentrate is a professional raw material for lubricant manufacturing and is not intended for direct addition to fluid in a vehicle.
IS INFINEUM T4294 SOLUBLE IN WATER?
No. Infineum T4294 is soluble in mineral and synthetic base oils and insoluble in water.
WHAT DOES INFINEUM T4294 LOOK LIKE?
The T4294 performance package is a liquid with a mild petroleum-like odor. For exact color and appearance, please contact Ataman Kimya.
IS INFINEUM T4294 HAZARDOUS?
Additive concentrates can carry classifications such as skin or eye irritation, skin sensitization or aquatic toxicity, depending on their components. For the hazard classification of Infineum T4294, please contact Ataman Kimya.
WHAT IS THE UN NUMBER OF INFINEUM T4294?
Many lubricant additive packages are not classified as dangerous goods for transport. For the transport classification of Infineum T4294, please contact Ataman Kimya.
HOW SHOULD INFINEUM T4294 BE STORED?
The T4294 ATF additive package should be stored in tightly closed containers in a cool, dry, well-ventilated area, away from heat, ignition sources, water and strong oxidizing agents, and used within its shelf life of approximately 24 months.
IS THERE AN ALTERNATIVE TO INFINEUM T4294?
Other suppliers offer DEXRON-VI / MERCON LV type ATF packages, but they differ in treat rate, base oil requirements and claims. Switching packages usually requires reformulation and, for licensed fluids, new qualification.
HOW DOES THE PRICE OF INFINEUM T4294 VARY?
Price depends on raw material and energy costs, order volume, packaging, freight and market conditions.
WHAT DOCUMENTS SHOULD BE REQUESTED WHEN BUYING INFINEUM T4294?
TDS, SDS and COA are essential. Information on supported claims, recommended treat rates, base oil guidance, origin and regulatory status can also be requested.
WHAT TECHNICAL PROPERTIES ARE IMPORTANT WHEN BUYING INFINEUM T4294?
Supported specifications and claims, treat rate, base oil and viscosity modifier recommendations, density, viscosity, flash point, elemental content, storage conditions and shelf life are the most important.
INFINEUM T4294 – TECHNICAL SUMMARY
The T4294 transmission-fluid concentrate is a premium additive package for automatic transmission fluids, designed for blending low-viscosity fluids of the GM DEXRON-VI and Ford MERCON LV type and supporting other OEM ATF requirements.
The T4294 performance package is a proprietary mixture, so it has no CAS number, EC number, molecular formula or molecular weight of its own. Product identity is defined by the product code and the manufacturer's documentation, available through Ataman Kimya. Data that belong to individual additives or to engine oil packages should not be used to describe it.
The T4294 ATF additive package provides friction durability, oxidation and thermal stability, anti-wear protection, seal compatibility and viscosity retention support. It is compatible with API Group II and Group III base oils and is suitable for low- and ultra-low-viscosity formulations used in modern step-type automatic transmissions.
Performance depends on correct treat rate, suitable base oils, a shear-stable viscosity modifier and clean blending practices. Fluids that are to carry OEM licenses or approvals must be qualified and registered as finished products.
The T4294 transmission-fluid concentrate is an industrial raw material for lubricant manufacturing. It is not a consumer additive and has no cosmetic, food or pharmaceutical use. It should be handled with gloves, eye protection and measures to prevent releases to the environment.
Companies planning to source Infineum T4294 through Ataman Kimya are advised to share their target fluid, required claims, base oil system, quantity and documentation needs in order to confirm current product, stock, origin, packaging and quotation details.
Infineum T4294 can be sourced from ATAMAN KİMYA. For further information and supply inquiries about Infineum T4294, please contact ATAMAN KİMYA.
