Industrial Lubricants

Select by application type (bearings, gears, chains, high-temperature, food-contact), base oil type (mineral, synthetic, PAO), viscosity grade to match operating temperatures and load, and any required certifications (NSF for food contact, ISO viscosity classes)

Penetrating lubricants are low-viscosity sprays for freeing rusted parts and light lubrication; greases are semi-solid, staying in place for bearings and seals; gear oils are high-viscosity fluids formulated for gear protection under heavy loads and often include extreme-pressure additives

Viscosity ratings (e.g., ISO VG numbers, SAE grades) indicate flow under set conditions—higher numbers mean thicker oil; check product temperature range to ensure the lubricant remains fluid at low temps and maintains film strength at high temps for your operating environment

Synthetic lubricants generally offer better thermal stability, oxidation resistance, longer life, and improved performance in extreme temperatures, which can reduce maintenance frequency and component wear; whether they're worth it depends on operating conditions and total lifecycle costs

Store in original, labeled containers away from heat and direct sunlight, keep lids closed to prevent contamination, follow the Safety Data Sheet for handling, and use proper dispensing equipment to avoid spills and cross-contamination

Re-lubrication intervals depend on duty cycle, load, environment and lubricant type; use manufacturer recommendations as a baseline, monitor by visual inspection, contamination checks, temperature trends, and oil analysis for wear particles and oxidation to determine actual intervals

Look for industry standards relevant to your equipment such as ISO viscosity classes, API service categories for engines, manufacturer OEM approvals, NSF H1/H2 for incidental food contact, and MIL or DIN specifications where applicable