Top 5 Pour Point Depressant Additives for Industrial Lubricants in Canada — 2026

Name: Infineum V387
Brand: Infineum V387

Published on Saturday, January 24, 2026

Pour point depressant additives modify wax crystal formation to lower the pour point of industrial lubricants, improving low-temperature pumpability and start-up performance. In Canada, where prolonged cold seasons and remote industrial operations make reliable low-temperature flow essential, formulators and end users prioritize additives that deliver predictable pour point reductions across synthetic blends, bioderived basestocks, and conventional mineral oils. Buyers also value compatibility with viscosity modifiers, fuel and hydraulic system cleanliness, regulatory compliance, and formulations that balance performance with sustainability. For 2026, solutions that optimize performance in Group III/IV/V basestocks and bio-based esters, while maintaining low-temperature rheology and shear stability, are especially appealing to heavy equipment operators, cold-storage facilities, and process industries across Canadian provinces.

Top Picks Summary

1. Best Overall Pour-Point Reduction

2. Best for Low-Temperature Viscosity Control

3. Best Solvent-Blend Compatibility

4. Best for Heavy-Duty Industrial Systems

5. Best Premium Performer

BEST OVERALL POUR-POINT REDUCTION

Infineum V387

Infineum V387 is positioned as a best-in-class pour point depressant for industrial lubricants because it delivers a strong balance of pour-point reduction, base-oil compatibility and shear stability across mineral and synthetic formulations. Its low effective treat rates and predictable performance make it cost-efficient for large-volume formulators, offering a middle ground between high-performance specialist chemistries and lower-cost commodity options. Compared with the other products in this list, V387 is notable for its broad applicability and commercial efficiency, making it attractive where formulators need reliable cold-flow benefits without premium specialty pricing.

4.6

★★★★☆

Lower pour point — penguin-approved
Waxy dispersion — smooth glide

Review Summary

92.4%

"Users report Infineum V387 reliably lowers pour points across a variety of base oils and provides stable low-temperature flow with predictable dosing, though a few note sensitivity to formulation changes. Overall it's praised for consistent performance in industrial lubricant applications."

Cold-start aid — engine grin
Polymeric pour-point depressant tailored for mineral and group II base oils.

Optimized Work Efficiency

Increased Safety & Security

Lower pour point — penguin-approved
Waxy dispersion — smooth glide
Cold-start aid — engine grin

Polymeric pour-point depressant tailored for mineral and group II base oils.
Significantly improves low-temperature fluidity and pumpability at typical treat rates.

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$450-800 CAD

BEST FOR LOW-TEMPERATURE VISCOSITY CONTROL

Evonik VISCOPLEX 1-254

Evonik VISCOPLEX 1-254 is a market-leading polymer-based pour point depressant optimized for synthetic and complex industrial lubricant basestocks, giving superior low-temperature flow and viscosity control in demanding formulations. It commands a premium but provides technical advantages in compatibility with advanced synthetics and multi-additive systems, allowing formulators to target extreme cold-performance specifications. Relative to the other entries, VISCOPLEX 1-254 stands out for high-end synthetic performance and formulation flexibility, though at a higher cost-per-treat than some broadly positioned rivals.

4.5

★★★★☆

Cold-flow control — polymer power
Stable viscosity — workhorse vibe

Review Summary

90.1%

"Customers find Evonik VISCOPLEX 1-254 effective at improving low-temperature fluidity and compatible with common industrial lubricant formulations, with good thermal stability after extended use. Some users mention the need for trial-and-error to optimize concentration for specific oils."

Blend-friendly — lab smiles
Designed to control cold-flow properties while moderating viscosity behavior.

Optimized Work Efficiency

Time-Saving Convenience

Cold-flow control — polymer power
Stable viscosity — workhorse vibe
Blend-friendly — lab smiles

Designed to control cold-flow properties while moderating viscosity behavior.
High solubility and formulation stability in a range of base stocks.

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$400-750 CAD

BEST SOLVENT-BLEND COMPATIBILITY

BASF Keroflux 6100

BASF Keroflux 6100 is offered as a robust, widely available pour point depressant that combines dependable cold-flow improvement with supply-chain advantages for large-scale industrial lubricant producers. Its strengths are consistent performance, good handling characteristics and attractive economics for high-volume applications, making it a pragmatic choice when uptime and predictable sourcing matter. Compared with the other products, Keroflux 6100 is frequently chosen for cost-sensitive, high-throughput operations where proven industrial supply and overall value are decisive factors.

4.6

★★★★☆

Diesel/kerosene flow — runway-ready
Low-temp clarity — no clumps

Review Summary

91.7%

"BASF Keroflux 6100 is frequently cited for strong pour point depression and good blend compatibility, delivering reliable cold-weather performance in long-term use. A minority of formulators report higher cost relative to simpler alternatives but accept it for performance."

Easy dosing — tech wink
Optimized for blend stability in paraffinic and synthetic industrial oils.

Time-Saving Convenience

Increased Safety & Security

Diesel/kerosene flow — runway-ready
Low-temp clarity — no clumps
Easy dosing — tech wink

Optimized for blend stability in paraffinic and synthetic industrial oils.
Reduces pour point and inhibits wax crystallization effectively.

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$420-780 CAD

BEST FOR HEAVY-DUTY INDUSTRIAL SYSTEMS

Afton HiTEC 672

Afton HiTEC 672 is tailored to meet the needs of heavy-duty and residual oil applications, delivering effective pour point depression and strong shear stability in demanding industrial lubricants and specialty oils. It is especially useful where feedstock variability is high, because its formulation tolerates heavier fractions and maintains performance under severe mechanical stress, though it can require higher treat rates in some blends. In comparison to the other additives listed, HiTEC 672 is a specialist choice for heavy and residual oils, offering technical robustness where mainstream depressants may struggle.

4.6

★★★★☆

Multi-feedstock fit — chameleon-like
Rapid thawing aid — hurry-up

Review Summary

92%

"Afton HiTEC 672 receives positive feedback for consistent pour point reduction and ease of incorporation into industrial lubricant blends, with stable results over repeated use. Some users highlight excellent field performance but recommend lab validation for complex formulations."

Deposit control — keeps tidy
Formulated for heavy industrial lubricants, hydraulic fluids, and gear oils.

Optimized Work Efficiency

Time-Saving Convenience

Multi-feedstock fit — chameleon-like
Rapid thawing aid — hurry-up
Deposit control — keeps tidy

Formulated for heavy industrial lubricants, hydraulic fluids, and gear oils.
Maintains low-temperature performance under shear and long service intervals.

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$520-950 CAD

BEST PREMIUM PERFORMER

Lubrizol 7671

Lubrizol 7671 leverages engineered polymer chemistry to provide targeted pour point depression with excellent compatibility across synthetic and blended industrial lubricants, often enabling formulators to meet stringent low-temperature specs with modest treat levels. Its competitive advantage is strong additive synergy—especially in multi-functional formulations—helping reduce overall system cost despite a premium unit price. Compared with peers on this list, 7671 is frequently selected for formulations that require tight additive interaction control and validated performance in severe cold-climate applications.

4.7

★★★★☆

Robust pour control — steady Eddie
Shear-stable formula — stays cool

Review Summary

94.3%

"Lubrizol 7671 is often rated as a market-leading PPD for industrial lubricants, noted for robust pour point suppression, broad compatibility, and dependable long-term performance. Users commonly cite premium pricing but justify it by consistent, high-quality results."

Wide compatibility — handshake approved
High-performance depressant delivering maximum low-temperature protection.

Optimized Work Efficiency

Increased Safety & Security

Robust pour control — steady Eddie
Shear-stable formula — stays cool
Wide compatibility — handshake approved

High-performance depressant delivering maximum low-temperature protection.
Engineered to minimize impact on viscosity and lubricant film strength.

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$650-1200 CAD

How to Choose

Research and Evidence Behind Pour Point Depressants

Scientific research and industry testing show that pour point depressants act primarily by interfering with the size, shape, or agglomeration of wax crystals as a lubricant cools. Laboratory and field studies use standardized low-temperature tests to quantify improvements in pour point and pumpability, and research highlights the importance of base oil chemistry, additive concentration, and formulation synergy. Modern pour point depressants are studied for compatibility with synthetic basestocks and bioderived fluids, and for their ability to preserve low-temperature viscosity and filterability under cold starts. Evidence from peer-reviewed papers, supplier technical data, and independent lab reports supports typical performance ranges and helps formulators choose the right product for specific cold-climate applications.

Mechanism: Most pour point depressants alter wax crystal nucleation or morphology so crystals remain small or less interlocking, enabling flow at lower temperatures.

Performance range: Depending on base oil and concentration, depressants commonly reduce pour point by modest to significant margins; typical reductions observed in testing range from a few degrees Celsius up to 20+ C in favorable systems.

Compatibility: Studies emphasize compatibility testing with Group III/IV/V base oils and bio-based esters; product selection should consider blend type to avoid precipitation or viscosity shifts.

Testing methods: Key lab tests include ASTM D97 (pour point), low-temperature Brookfield viscosity measurements, and cold filter or pumpability tests used in industry field trials.

Field validation: Pilot and field trials in cold regions demonstrate improved start-up reliability and reduced downtime when pour point depressants are matched to the lubricant formulation and operating profile.

Frequently Asked Questions

Which additive should I choose for synthetic industrial oils?

Choose Evonik VISCOPLEX 1-254 for synthetic and complex industrial lubricant basestocks; it’s polymer-based with high solubility and formulation stability, and it’s rated 4.5.

Does BASF Keroflux 6100 improve wax crystallization?

Yes—BASF Keroflux 6100 reduces pour point and inhibits wax crystallization effectively, and it’s optimized for blend stability in paraffinic and synthetic industrial oils; rating is 4.6.

How do prices compare between Infineum V387 and Evonik?

The provided data doesn’t list any prices for Infineum V387 or Evonik VISCOPLEX 1-254, so I can’t compare cost-to-performance; Infineum V387 is rated 4.6 and Evonik is rated 4.5.

Is Infineum V387 compatible with mineral and synthetic blends?

Infineum V387 is a polymeric pour-point depressant tailored for mineral and group II base oils, and it’s described as having good compatibility with common industrial lubricant additive packages; rating is 4.6.

Conclusion

This collection highlights five leading pour point depressant options available in Canada for 2026: Infineum V387, Evonik VISCOPLEX 1-254, BASF Keroflux 6100, Afton HiTEC 672, and Lubrizol 7671. Each product offers strengths for different basestock types and cold-climate needs; for a balanced mix of compatibility with synthetic and bioderived basestocks plus strong low-temperature pumpability, Lubrizol 7671 is our best overall pick on this page. We hope you found the information you were looking for. If you want to refine or expand your search by basestock type, application, or performance target, please use the search to narrow results.