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TRUEGARD SYN 320 -5 GALLON PAIL

TRUEGARD SYN 320 -5 GALLON PAIL

by Keller-Heartt
SKU
$282.45 - $282.45
$282.45
$282.45 - $282.45
$282.45

TRUEGARD SYN 320 is a premium synthetic gear oil meticulously formulated to meet the demanding requirements of severe industrial environments. This advanced lubricant is designed to deliver superior protection and reliable performance across a wide range of operating temperatures, making it an ideal choice for critical gear systems and heavily loaded bearings.

Formulation and Technology

TRUEGARD SYN 320 utilizes a combination of high-quality polyalphaolefin (PAO) and ester base oils. This unique blend provides outstanding thermal stability and excellent film strength, which are essential for maintaining optimal lubrication under extreme pressure and fluctuating temperature conditions. The advanced formulation ensures minimal wear, even in the most challenging industrial settings.

Key Features and Benefits

·      Exceptional Wear Protection: Offers robust defense against metal-to-metal contact, reducing gear and bearing wear for prolonged equipment life.

·      Superior Oxidation Resistance: Resists oil degradation and sludge formation, supporting extended drain intervals and consistent performance.

·      Wide Temperature Range: Maintains viscosity and protective properties in both high and low temperature operations, ensuring reliable gear function year-round.

·      Long Service Life: Engineered for durability, TRUEGARD SYN 320 helps lower maintenance costs and downtime by providing dependable lubrication over extended periods.

·      Ideal for Enclosed Gears & Heavily Loaded Bearings: Specially formulated to meet the rigorous demands of enclosed gearboxes and bearings subjected to heavy loads and shock stresses.

Applications

TRUEGARD SYN 320 is recommended for use in a variety of industrial gear systems, including helical, bevel, and worm gears, as well as bearings operating under severe load and temperature conditions. Its versatility and robust protection make it suitable for manufacturing plants, mining operations, steel mills, and other heavy-duty industrial settings.

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Frequently asked questions

Find answers to common questions about our products and services

  • ISO VG 320 indicates a relatively high viscosity, making it well-suited for slow-to-moderate speed, heavily loaded gear systems such as enclosed industrial gearboxes and large bearings. If your OEM documentation specifies an ISO VG 320 or equivalent grade, this product matches that requirement; using a lower viscosity where 320 is specified can result in insufficient film strength under heavy loads.

  • It is formulated for helical, bevel, and worm gears operating inside enclosed gearboxes, as well as bearings subjected to heavy loads and shock stresses. It is not positioned as an open-gear lubricant or a circulating-system fluid, so applications outside enclosed gear systems should be verified against your equipment's specifications.

  • The PAO and ester combination delivers higher thermal and oxidative stability than conventional mineral oils, which means the oil resists breakdown and sludge formation longer, supporting extended drain intervals and reducing the frequency of oil changes in demanding industrial environments.

  • Mixing lubricants of different base-oil types is generally not recommended because it can compromise the additive package and reduce overall performance. If switching from a mineral or different synthetic oil, the system should be drained and flushed before filling with TRUEGARD SYN 320 to ensure full performance benefit.

  • The product is specifically cited for use in manufacturing plants, mining operations, and steel mills - environments characterized by heavy loads, elevated temperatures, shock stresses, and the need for reliable long-interval lubrication. Its wide operating temperature capability also makes it practical for outdoor or seasonally variable conditions.

  • By resisting oil degradation and sludge formation over time, the oil maintains consistent viscosity and protective properties longer than conventional alternatives, allowing for extended drain intervals. This directly reduces maintenance downtime and lowers the total cost of lubricant consumption in continuous or high-duty-cycle operations.