Extrusion Tolerances: Straightness, Twist and Wall Thickness Explained
Out-of-tolerance profiles fail at assembly, not at inspection. A practical guide to the tolerances that decide whether your extrusion order actually works.
Out-of-tolerance profiles fail at assembly, not at inspection. A practical guide to the tolerances that decide whether your extrusion order actually works.
Cut-to-length is just the start. How cutting, drilling, tapping and CNC machining turn a raw extrusion into a ready-to-assemble part – and why one-stop sourcing wins.
T-slots, standard connectors, endless reconfiguration — why extruded aluminium is the modular backbone of modern automation equipment.
5G base stations draw up to 4x the power of 4G, and AI servers push power density higher every year. Extruded aluminium heat sinks are the quiet workhorse behind both.
Motors, inverters, battery packs — every EV is a thermal management challenge. Here is where extruded aluminium profiles do the heavy lifting.
Anodised surfaces, long lengths, ocean freight — how aluminium profiles reach you without a scratch. A practical guide to packing, loading and shipping.
From module frames to ground-mount racking, extruded aluminium is the backbone of solar infrastructure. What buyers should specify — and why.
From the resistance chain to fin spacing — a practical engineering guide to specifying extruded heat sinks that actually meet their temperature targets.
Strength, extrudability, finishing and cost differ more than you think. A practical comparison of the three most common extrusion alloys for heat sinks and industrial profiles.
Junction temperature decides LED lifetime. Here is why extruded aluminium heat sinks are the standard choice for LED lighting — and how to specify yours.