INOX

Australian Made & Owned Since 1989

Tough, Reliable, Ready for Work

Since 1989, INOX has delivered specialist lubricant solutions that penetrate seized parts, displace moisture, reduce friction, and prevent rust across workshops, job sites, and marine environments.

Manufactured by Candan Industries in Queensland — 12+ purpose-built products from everyday maintenance to heavy industry.

Our Heritage

Engineered for Australia

INOX is a proud, wholly Australian-made and Australian-owned company. Produced right here for over 35 years, INOX lubricants were specifically engineered to withstand the demanding conditions of the unique Australian climate — from coastal salt spray to harsh inland dust and heat.

The Range

Purpose-Built for Every Job

Each formula is engineered to free stuck components, protect metal surfaces, and deliver consistent, long-term reliability in harsh conditions.

Whether it’s a food-grade spray lubricant, heavy-duty industrial grease, lanolin-based spray, a dry film lubricant, or even a chain lubricant and brake cleaner — INOX has all the bases covered.

MX3

The go-to penetrating oil and corrosion inhibitor spray for everyday use.

Extreme Pressure Grease

Formulated for high-load bearings and heavy-duty applications.

PTFE Lubricant

Clean, low-friction performance for precision mechanisms.

Dry Film Lubricant

Residue-free lubrication that won’t attract dust or grime.

Lanolin Grease

Long-lasting natural protection for metal surfaces.

Marine Lubricant

Dedicated formulas built for salt, spray, and coastal conditions.

Battery Conditioner

Combats sulphation in lead-acid batteries to extend service life.

Chain & Brake

Specialist chain lubricant and brake cleaner for reliable drivetrain care.

FAQs

Got Questions?

INOX spray is a penetrating, water-displacing lubricant that loosens rusted or stuck parts and leaves a light corrosion-inhibiting film. It’s ideal for hinges and locks, nuts and bolts, shafts, chains, light fittings, switches, control cables, taps and cistern hardware — helping parts move freely and stay serviceable for months.

  1. Prepare: Clean off dust, dirt and old residue for good contact.
  2. Select spray: Use wide mist for coverage or the straw for precise spots.
  3. Light application: Apply a thin, even coat to the part (hinges, locks, chains, fasteners, cables, tools, tracks, etc.).
  4. Work it in: Operate the mechanism (open/close, rotate, cycle) to aid penetration and lubrication.
  5. Let it shield: INOX leaves a light corrosion-inhibiting film that helps block moisture and rust.
  6. Top up as required: Reapply periodically in harsh or marine conditions for ongoing protection.

INOX uses an oil-based formula that doesn’t dry out, wash off, gum up or go sticky, so it keeps lubricating and protecting long after application — rain, hail or shine.

Learn more about why you should switch to INOX →

Yes, INOX can be safely used on O rings and seals because it does not contain silicon, kerosene, or harmful solvents that degrade rubber. It helps lubricate and condition rubber components while preventing cracking and drying over time. This makes it ideal for maintaining seals in plumbing, automotive, and industrial equipment where long term flexibility and protection against moisture and corrosion are important.

No, INOX does not dry out over time. Unlike many lubricants that evaporate or leave behind a sticky residue, INOX remains as a non drying film that continues to lubricate and protect surfaces. This long lasting layer helps prevent rust, reduces friction, and maintains performance in harsh environments. Because it stays active, it often requires less frequent reapplication compared to traditional sprays.

Yes, INOX is safe for electrical connectors in marine environments because it is non conductive and effectively displaces moisture. It forms a protective barrier that helps prevent corrosion caused by saltwater exposure, which is a major issue in marine applications. By protecting contacts and terminals, INOX helps maintain reliable electrical performance while extending the lifespan of components exposed to harsh coastal or offshore conditions.

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