► Securefix | Metric Spacers

Securefix Metric Spacers Australia for Precision Assembly & Alignment

Getting spacing right from the start saves a lot of problems later. Securefix metric spacers are used across Australian workshops & industrial builds where alignment needs to stay exact under load, not drift over time.

Across mechanical, electrical & fabrication work, these spacers create fixed, repeatable gaps between components that need to stay separated. From PCB mounting through to bracket spacing & structural alignment, they hold position without flex, compression or movement creeping in.

To keep assemblies tight, trades pair these with Structural Fasteners & Bolts, Hex Bolts & Flat Washer so everything stays locked in place. Inside workshop environments, teams rely on Testing & Measurement Tools, Workbenches, Air Compressors & Welding Machines (Mig, Tig, Arc) when building out accurate M3, M4, M5 & M6 spacer setups.

Even small spacing errors compound fast. These remove that risk completely.

What’s in This Collection:

► Male-female hex metric spacers
‣ External to internal thread design used for stacking components across M3, M4, M5 & M6 builds

► Female-female hex spacers
‣ Internal threads both ends for clean bolt-through fastening & alignment

► Hex body threaded spacers
‣ Flat edges allow controlled tightening during install

► Round body metric spacers
‣ Smooth profile suited to general spacing where tool access is limited

► Aluminium metric spacers
‣ Lightweight option for panels, electronics & non-load assemblies

► Stainless steel metric spacers
‣ Corrosion resistant for outdoor, marine & exposed environments

► Nylon metric spacers
‣ Non-conductive material used in electrical isolation & PCB mounting

► Metric spacer sizes M3, M4, M5, M6
‣ Standard sizing for compatibility across most industrial & workshop applications

Choosing the right material, thread type & size upfront avoids misalignment, fastener stress & premature wear later on.

Trade Applications for Metric Spacers

Precision work depends on consistent spacing & that’s where these spacers are used most.

► Electrical panels & PCB mounting
‣ Maintain safe spacing between components while preventing electrical contact

► Mechanical assembly & fabrication
‣ Keep brackets, plates & structural components aligned under load

► Industrial machinery builds
‣ Maintain spacing so moving parts don’t bind, wear or drift out of alignment

► Automotive & mechanical repairs
‣ Create accurate spacing for mounts, housings & engine components

► Manufacturing & production lines
‣ Standardise spacing across repeat builds for consistency & quality

► Workshop & engineering environments
‣ Support builds where tolerances need to stay controlled across every component

Correct spacing reduces wear, stabilises assemblies & keeps systems running as intended.