Hey there, it’s Jake from your go-to titanium parts supplier—wanted to chat about something I get asked literally every single week: how to ship titanium parts without them getting damaged, scratched, or, worse, ruined in transit. Titanium Parts
First off, I know titanium sounds tough, like it can take a punch (it does, way more than aluminum or even some steels), but here’s the thing: it’s not indestructible. I’ve seen first-run batches of precision-machined titanium brackets get totaled because the packaging team tossed a box on a pallet without a care, or the carrier stacked 50lbs of steel hardware on top of a delicate titanium aerospace bracket. That’s why over the last 7 years running my shop, I’ve tweaked our shipping process until it’s pretty foolproof for every part we send out—whether it’s a tiny titanium screw for a medical implant, a big titanium plate for a construction project, or a custom valve component for a chemical plant.
Let’s start with the basics: why titanium needs special handling in the first place, even though it’s strong. Most people don’t realize titanium has a weird quirk when it comes to scratches or surface damage—if you scrape it wrong (hard enough to leave a deep gouge, or even a micro-scratch), that’s not just a cosmetic issue. For medical parts, that scratch can harbor bacteria; for aerospace parts, that scratch is a stress riser that could lead to failure under pressure; and even for a backyard BBQ grill’s titanium grate, a deep scratch will rust (yeah, titanium rusts, weird right? Only when the surface is compromised and exposed to moisture long-term). So surface integrity is non-negotiable, and that starts with packaging.
First step at our shop: prepping each part before it even touches a box. We don’t just wrap a part and send it—we clean it first, but not with any old cleaner. We use a mild, non-abrasive isopropyl alcohol (90% strength, not 70% because it evaporates faster and leaves less residue) to wipe off any machine oil, metal shavings, or factory dust. Why? Because if you leave tiny metal shavings on titanium, during transit they’ll rub back and forth against the part, leaving scratches. And leftover oil? It can trap moisture, leading to that corrosion we talked about, even in a sealed box. For medical or food-grade titanium parts, we actually do a quick rinse with deionized water after the alcohol wipe to make sure no residual gunk is left, then let them air dry completely in a dust-free area—no blow dryers, because that can push lint onto the surface.
Next up: wrapping. This is where most people (and honestly, a lot of smaller suppliers) cut corners, and it’s the #1 cause of damage I see reported. We don’t use generic bubble wrap that’s old or has loose plastic air pockets—we use static-dissipative bubble wrap, specifically the kind that’s 1/2 inch thick, not the thin stuff you get at the post office for free. Wait, why static-dissipative? Because some titanium parts (especially electronics-related components or precision machining parts) can build up static, and if they rub against regular bubble wrap, that static can mess with sensitive parts—like a titanium component paired with a sensor, or a medical implant that needs to be sterile. For parts that have sharp edges (like our titanium cut-to-length rods, or custom machined brackets), we first wrap the edge in a thin, soft foam tape before the bubble wrap, so the hard edge doesn’t puncture the bubble wrap or scratch other parts in the same box. And here’s a pro tip I learned the hard way: never wrap multiple parts in the same layer of bubble wrap individually—wrap each part in its own separate, tight layer, then group them together if they’re going in the same box. That way, they don’t rub against each other during transit. For example, if we’re sending 10 titanium bolts to a customer, each bolt gets its own small wrap of bubble wrap, not all 10 crammed into one wrap.
Wait, what about really big parts? Like our 4ft titanium plates for construction jobs? We don’t use bubble wrap there—we use a heavy-duty poly sheeting (the kind that’s rated for industrial use, 6 mil thick) lined with a layer of closed-cell foam, which is rigid but soft enough to not scratch. We tape the seams of the poly sheeting really well with a heavy-duty packing tape, then add an extra layer of corrugated cardboard strips along the edges for rigidity. No flimsy packing tape here—we use 3-inch wide, UV-resistant packing tape, because regular tape can come loose if the box sits in a hot truck or gets rained on during loading.
Once parts are wrapped properly, it’s time for boxing. This is another area where I see mistakes all the time: people use boxes that are way too big, so the parts slide around during transit. Or boxes that are way too small, so the wrapping gets compressed. We use corrugated boxes that are just 1-2 inches larger than the wrapped parts on all sides—no wiggle room, basically. For a box holding small parts, we line the bottom with 2 inches of packing peanuts (wait, but not the Styrofoam kind—those leave little beads that get everywhere and can scratch titanium. We use biodegradable, corn-based packing peanuts, or even better, crumpled kraft paper, because it’s sturdier and doesn’t leave residue). For larger parts, we use foam inserts that we custom-cut to fit the exact dimensions of the wrapped part—we have a foam cutter in our shop, so it’s super easy, and that eliminates all movement. Last year, a customer sent us a photo of a competitor’s box where a titanium impeller was sliding around in a huge cardboard box, and it had a deep scratch on the blade from hitting the side of the box. We never get that kind of damage because our inserts hold parts tight but don’t squeeze them.
Oh, and labeling! This is something a lot of people overlook, but it’s huge. We print three labels: one on the top of the box, one on the bottom, and one on the side, and we use high-quality, waterproof shipping labels, not paper ones that will smudge if it rains. On each label, we don’t just write the address—we add big, bold words: “TITANIUM PARTS: FRAGILE, DO NOT DROP, NO HEAVY STACKING”. Wait, I also add “THIS SIDE UP” in big red letters, and sometimes we mark the orientation for precision parts—like if a titanium bracket has a specific mounting face, we write “MOUNT FACE UP: DO NOT TILT” so the carrier knows not to flip it. I can’t tell you how many times the carrier would stack heavy boxes on top just because the label was small and in the corner, until we started making those warning labels huge. Also, for international shipments, we make sure the labels have all the customs info clearly marked, no messy handwriting—customs delays can lead to boxes sitting in warehouses for weeks, which means moisture buildup and potential corrosion, so keeping that clean cuts down on hold-ups.
Now, what about special cases? Like heat-treated titanium parts, or parts that need to stay dry during transit? We have a whole process for those. For heat-treated Ti-6Al-4V parts (that’s the most common titanium alloy, by the way—you’ve probably used something made of it without knowing), we add a small desiccant packet (the kind that’s food-safe if it’s for medical parts) inside the wrapped part before sealing the box. For medical-grade titanium implants, we actually do a modified clean process, use static-free wrapping, and seal the box with a tamper-evident tape so the customer knows no one opened it in transit. We also offer custom crating for parts over 50lbs—steel-reinforced wooden crates, lined with foam, for parts like our large titanium ship components that need to cross the country or go overseas. Last year, we shipped a 150lb titanium propeller part to a customer in Germany, and it arrived exactly as it left our shop—no scratches, no dents, because we used a custom wooden crate with foam inserts that held it in place during the 10-day ocean freight trip.
Wait, I should also mention what to avoid. Never use newspaper to wrap titanium—ink from the newspaper rubs off and is almost impossible to get off, and the paper is too thin to prevent scratches. Never use generic bubble wrap that has loose air pockets, because as the box gets jostled, the bubbles pop, leaving nothing to protect the part. And never skimp on packing material in the box—if there’s even a small gap, the part will move. I once had a new packing person fill a box with just a handful of peanuts, and a titanium screw got knocked into the side of the box, leaving a scratch that made the part unusable. We fired that person and retrained everyone on the packing process—worth every minute, because we don’t want to send out bad parts to customers.
Also, working with the carrier matters too. We use a few different carriers, but we always tell them upfront that our parts are fragile titanium, and we request that they mark the packages as “fragile” in their system. Some carriers handle fragile packages better than others, especially for high-value parts. For really expensive custom parts (like a titanium prototype for a race car engine), we even ask for signature confirmation, so we know exactly when it’s delivered, and we can follow up with the customer right away to make sure they got it in good shape.
I know a lot of suppliers cut corners on shipping to save money, but that’s never worth it. I’d rather spend an extra $5 on packing materials and make sure a customer gets a perfect part than save $5 and have them send it back, angry and needing a replacement. Titanium parts are an investment—customers pay top dollar for precision, durability, and quality, so they deserve to get their parts exactly as we sent them.
If you’re looking for titanium parts—whether it’s small fasteners, custom machined components, or large structural parts—and you want to make sure they get to you safely, hit us up. We can walk you through our custom shipping process, answer any questions you have about handling titanium parts, and make sure your order arrives on time and damage-free. No runaround, no hidden fees, just straight talk from a guy who’s been shipping titanium for years and knows exactly what works.
References
Tungsten Copper Alloy 1.ASM International. (2019). Titanium and Titanium Alloys: Properties and Applications. Materials Park, OH: ASM International.
2.Titanium Industry Association. (2021). Best Practices for Packaging and Shipping Titanium Components. Washington, D.C.: Titanium Industry Association.
3.Aerospace Industries Association. (2020). Shipping Guidelines for High-Precision Aerospace Materials. Arlington, VA: Aerospace Industries Association.
4.Food and Drug Administration. (2018). Processing and Shipping of Medical Devices: Titanium Implant Packaging Requirements. Silver Spring, MD: U.S. Food and Drug Administration.
Address: Wangjing Science and Technology Park, Guangshun North Street, Chaoyang District, Beijing
E-mail: sales@moly-tungsten.com
WebSite: https://www.moly-tungsten.com/
