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ISO VG 32, 46 and 68 are common hydraulic oil grades. Select the grade specified by the equipment manufacturer, considering temperature and operating conditions.

ISO VG is a viscosity classification for industrial lubricating oils measured at 40°C. The grade alone does not confirm performance compatibility.

Not automatically. Hydraulic and gear oils can have different additive systems and performance requirements. Confirm the equipment specification before any substitution.

Hydraulic oil transfers power and lubricates hydraulic components, while gear oil is formulated to protect gears under their specific loads. Use the type specified by the OEM.

The correct grease depends on bearing type, speed, load, temperature, sealing and the manufacturer’s recommendation. NLGI grade alone is not enough to select a grease.

It may be needed where operating temperatures exceed the capability of standard grease. Check the grease’s temperature range and compatibility with the bearing and existing lubricant.

Thermic fluid transfers heat in compatible indirect heating systems. Select it based on the system design, operating temperature and manufacturer’s requirements.

Share the product name or grade, equipment make/model, application, required quantity, pack size and any OEM specification or current product details.

Only when the application specification allows it. Check viscosity, performance standards, seal compatibility and mixing guidance before switching.

You can enquire about transformer oils, compressor oils and other industrial lubricants by sharing the required specification and application for confirmation.

Share the complete part number or designation, bearing type, dimensions, brand preference, quantity and application. A clear photo of the marking can also help.

Common types include tapered, cylindrical and spherical roller bearings. Their suitability depends on radial and axial loads, alignment and operating conditions.

Ball bearings use balls and are often suited to lower friction and varied load combinations; roller bearings use rollers and can support higher loads in suitable applications. Always check the design specification.

They are commonly used where combined radial and axial loads must be supported, such as in certain gearboxes, wheel hubs and industrial machinery.

They can accommodate heavy radial loads and some misalignment, within the limits of the bearing design and manufacturer’s specifications.

Linear motion products include linear guides, rails, blocks and related components that support controlled straight-line movement in machinery and automation.

Matching dimensions alone may not be sufficient. Confirm load rating, speed, clearance, precision, seals, lubrication and the complete bearing designation.

Check the bearing’s approved temperature range, cage and seal materials, internal clearance and lubrication requirements with the manufacturer.

Provide the full marking, inner/outer diameter, width, photos, application, operating speed and quantity. Measurements should be verified before ordering.

Keep bearings in their original packaging in a clean, dry area, protected from moisture, dust, vibration and corrosion. Follow the manufacturer’s handling guidance.