Introduction

Magnesium Extrusion Profiles are formed into metal profiles of various cross-sectional shapes by heating magnesium or magnesium alloy materials to the appropriate temperature and then extruding them. This process is similar to the aluminum extrusion process, but due to the characteristics of magnesium, its processing requires higher precision and temperature control management. The extruded magnesium alloy profile has a uniform material structure and the surface is usually flat. Magnesium Extrusion Profiles usually adopt standard mold design, but can also be customized to specific cross-sectional shapes according to customer requirements. Depending on different application requirements, magnesium alloy profiles can choose pure magnesium or magnesium alloys of different compositions, and their chemical composition and alloy ratio will be adjusted according to specific design requirements.


Magnesium extrusion profiles factory	magnesium extrusion die

Features

Advanced alloy ratio optimization

Messing around with the mix of magnesium alloys? That's basically a game-changer. You can tweak the ratio just right and end up with profiles that are tough where you need 'em, light as heck, and able to handle some serious heat-yeah, I'm looking at you, AZ31 and AZ61. Honestly, dialing in the exact combo isn't just for show; it actually makes the whole extrusion process run smoother (and faster) at certain temps. Plus, you get better mechanical strength, easier machining, and you don't get stuck depending on one boring alloy every time. Pretty neat, right?

Improved material structural uniformity

Getting the structure consistent is everything if you actually care about performance. If you nail the temps and keep a close eye on the pressure as you go, you basically dodge those annoying structural flaws that happen when spots get too hot or cold. When you've got this dialed in, you're looking at grain sizes chilling between 5 and 20 microns, give or take. That means the strength's even, the impact resistance doesn't bail on you, and you actually end up with a product you're not embarrassed to deliver.

Enhanced profile surface smoothness

When it comes to magnesium extrusion profiles, the surface actually matters. Like, a lot. You don't wanna deal with wavy, janky metal if you're building something precise. So, what did we do? Well, we messed around with the die design, made it way smarter, and got way more obsessive with temperature. Not kidding-temperature checking like your mom checks the oven every five seconds during Thanksgiving.

End result? These magnesium profile surfaces come out about as smooth as you could hope for-usually under Ra 0.8μm. That's barely rough at all. So, you don't get those annoying surface defects or weird bumps, and everything just looks better. Plus, downstream stuff (like further processing) gets way easier. Long story short: nice and flat, just how you want it.

Energy-saving and consumption-reducing production process

Total headache if you're not careful. But hey, that's where our setup comes in. We cranked up the smarts with the extrusion speed and slapped on a slick thermal management system. Result? We use way less juice than the old-school way, but keep things tight on quality. Actually, this line slashes power and heat use by, what, 15–20% or so, easily. It's not just good for your wallet-Mother Earth digs it too. Green, efficient, and way less guilt on the planet front. Win-win.

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Magnesium Extrusion Profiles

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Specification

Item name	China magnesium extrusion profiles supplier
Material	magnesium alloy
Surface finish	clean
MOQ	500 PCS
L/T	10-15 days for tooling and 7-10 days for sample
Size	Customized
Packing	Safety packing
Application	Machinery