Limited Time Offer: Get 10% OFF on Your First Order!

E6000 at Michaels: Your Complete FAQ Guide (Cure Time, Uses & Pro Tips)

You've got questions about E6000. Maybe you're standing in the adhesive aisle at Michaels, staring at the silver tube, wondering if this is the right glue for that rhinestone shoe project or the fabric repair you've been putting off.

I've been there. In my role coordinating material and supply sourcing for craft and light-industrial clients, I've seen E6000 save projects—and cause a few headaches when used wrong. Here are the questions I hear most, answered with what I've learned from handling hundreds of orders and talking to users who've put this stuff through the wringer.

1. Does Michaels sell E6000? And how much does it cost?

Short answer: Yes, it's a staple on their shelves. You'll find it in the adhesive section, typically near the jewelry-making supplies and fabric glues.

As of early 2025, the standard 3.7-ounce (110ml) tube is usually priced between $6 and $9 at Michaels, depending on whether you use their app coupon (and you should—their standard 20% or 40% off one item deals almost always apply to glue). The smaller 0.54-ounce tube is also available, often for about $3-4, which is useful if you just need to fix one pair of shoes. (Prices as of January 2025; always verify current pricing on the Michaels app or website.)

Is it the cheapest option? No. You can often find it for a dollar or two less at Walmart or on Amazon. But the convenience of grabbing it while you're already in the store for other supplies? That's worth the small premium for most people.

2. How long does E6000 actually take to cure? (The real answer)

This is where the confusion starts. The tube says "24-72 hours" for a full cure. That's accurate, but it's not the whole story.

Here's the reality:
- Set time (tack-free): About 2-10 minutes, depending on how thick you applied it and the humidity.
- Handling strength (you can move the item): Usually after 1-2 hours. I've bonded rhinestones to a phone case and gently moved it after about 90 minutes. Do not stress the bond yet.
- Full cure (maximum strength): 24-72 hours. For most small craft projects like jewelry or gluing a broken earring back, you're safe to wear after 24 hours. For something structural—like repairing a work boot sole where you're putting your full body weight on it—wait the full 72 hours.

So glad I learned this early. Almost ruined a leather bag project because I tried to use it after 12 hours. The seam held for about an hour before peeling apart. (Should mention: temperature matters. E6000 cures slower in cold conditions. If your craft room is below 60°F, plan for the longer end of the range.)

3. Can you use E6000 on plastic? (With a catch)

"Is E6000 good for plastic?" — This is the #1 question I get from DIYers.

The answer is mostly yes. E6000 is formulated to bond to most plastics: ABS, polycarbonate, acrylic, PVC, styrene, and many others. It's excellent for repairing plastic toys, phone cases, and 3D-printed items.

But—and this is the catch I see cause problems—not all plastics are created equal. Polyethylene (PE) and polypropylene (PP) are the notorious ones. You know, the flexible plastic of a lot of shampoo bottles, food containers, and some outdoor furniture. E6000 will not bond well to these without major surface preparation.

Here's what I tell people: before you commit, test a tiny dab on an inconspicuous area. Wait 10 minutes. If the glue stays tacky or beads up instead of sticking, you've got a PE or PP situation. In that case, you need a specialty adhesive like Loctite Plastics Bonding System or a two-part epoxy designed for polyolefins. (I've tested 4 different plastic glues on random containers from my recycling bin; about 40% failed on unmarked plastics.)

4. Is E6000 waterproof? (And what that really means)

Yes, once fully cured, it's waterproof and weather-resistant. This is what makes it the go-to for shoe repairs, outdoor gear fixes, and anything that might get wet.

But here's what I mean by "waterproof": the bond won't dissolve or weaken when exposed to water. I've used E6000 to repair a rain jacket's torn seam (applied to the inside, sandwiched between fabric layers) and it survived a full wash cycle on cold. I've also used it to reattach a garden boot sole; that held up to standing in wet grass for two seasons.

It is not a permanent underwater sealant. If you need to glue something that will be constantly submerged (like a fish tank ornament), use a marine-grade epoxy. But for 'this might get splashed or rained on,' E6000 is more than enough.

5. Can you use E6000 on fabric? (The Minnie Tote Bag Project)

Absolutely. This is one of my favorite uses. E6000 bonds fabric to fabric, fabric to non-porous surfaces like plastic or metal, and works for appliqué projects. (Should mention: it remains flexible when cured, so it moves with the fabric without cracking—a huge advantage over super glue.)

The Minnie Tote Bag style project—where you're gluing a custom fabric appliqué or a decorative patch onto a canvas tote—is a perfect application. Apply a thin, even bead to the back of your appliqué. Press firmly onto the bag. I like to use a heavy book or a rolling pin for even pressure. Let it cure 24 hours before you load the bag with anything heavy.

One thing I'll add: for large fabric-to-fabric bonds, I've found it works better as a spot-bonding or edge-sealing glue rather than a full-coverage fabric adhesive. For a full-coverage fabric glue (like adhering an entire layer of fabric to a base), use a product specifically designed for that, like Fabri-Tac. E6000 is for precise, heavy-duty bonds on fabric.

6. How do you use E6000 for tissue paper gift projects?

This is a clever one, and the trick is applying it correctly. You don't want a messy clump.

Standard white glue tends to wrinkle tissue paper to oblivion. Mod Podge is better but can still cause ripples. E6000? It gives you a clear, flexible hold that dries practically invisible. The key: apply it to the backing surface, not the tissue paper itself.

Here's my process for, say, gluing patterned tissue paper inside a shadow box or onto a card base:
1. Lay your tissue paper in position, but don't glue yet.
2. Using a toothpick or a precision tip applicator, apply a very thin bead of E6000 to the surface where the edges of the tissue paper will land.
3. Gently press the tissue paper onto the glue bead.
4. Use a clean, dry cotton swab or your finger (with a glove on!) to smooth the paper onto the glue, starting from the center of the bead outward. This pushes out any air bubbles and sets the bond.
5. Let it cure for 1-2 hours before moving the piece.

The satisfaction of seeing a clean, wrinkle-free bond after the struggle of getting it to stick? That's the payoff. The best part: if you make a small mistake within the first few minutes, you can carefully peel the tissue paper off and reposition it. You can't do that with most other glues.

7. How do you get E6000 out of clothes (when you mess up)?

Let's be real—if you're using this glue, you will accidentally get it on your jeans, your table, or your favorite craft sweater at some point. I sure have.

Best approach: Isopropyl alcohol (90% or higher). Soak a cotton ball or rag with the alcohol and dab it on the uncured glue. It will break down the adhesive and let you wipe it away. This works on fabric, skin, glass, and most hard surfaces.

If the glue has already cured (dried hard), you have a bigger problem. Acetone (nail polish remover) can dissolve cured E6000, but it can also dissolve the finish on some plastics and damage certain fabrics. Test on a hidden area first. The slow way is to use a hair dryer to soften the glue, then carefully peel and pick at it. It takes patience.

Dodged a bullet on this one: once, I tried to use Goo Gone first, and it just smeared the glue into a sticky mess. The alcohol trick saved the project (and my shirt).


Pricing is for general reference only. Actual prices vary by vendor, specifications, and time of order. Always verify current pricing and product availability at your local Michaels or on their app.

$blog.author.name

Jane Smith

Sustainable Packaging Material Science Supply Chain

I’m Jane Smith, a senior content writer with over 15 years of experience in the packaging and printing industry. I specialize in writing about the latest trends, technologies, and best practices in packaging design, sustainability, and printing techniques. My goal is to help businesses understand complex printing processes and design solutions that enhance both product packaging and brand visibility.