FIREHIKING Fireproof Pipe Wrap (Basalt Fiber) Anti Scalding Chimney Ribbon Stove Flue Protector with 2 Clamps

Why I reached for this wrap

Portable wood stoves and thin tent jacks make for cozy camps—and hot, unforgiving stovepipes. I wanted a lightweight, reusable way to cut down on radiant heat and accidental contact burns without hauling double-wall sections or rigid heat shields into the backcountry. That’s where this basalt-fiber fireproof pipe wrap came in. It’s a 16-foot roll with two adjustable clamps, billed to handle extreme peak temperatures (up to 1650°C/3002°F) with continuous use under 700°C/1292°F. I’ve now used it on a titanium backpacking stove pipe in a hot tent and as a protective section on a short single-wall flue for a small shop heater. Here’s how it performed.

Materials and construction

The wrap is woven from basalt fiber, which behaves a lot like fiberglass in hand: it’s stable at high temperatures, resists flames, and doesn’t melt. It also shares fiberglass’s downside—itchy, prickly microfibers if you handle it bare-handed. The roll is 16 feet long, enough to do a generous multi-layer wrap on a 2.5–3-inch pipe or to create spaced sections along a longer run. The weave is open enough to contour around joints and slight irregularities but dense enough to block a significant amount of radiant heat.

Two adjustable clamps are included. They’re serviceable for small-diameter pipes and quick installs. Their stated range (65–89 mm, roughly 2.56–3.50 inches) is accurate; anything larger will need your own clamps.

One note from the first fire: there’s a light waxy binder in the fabric from manufacturing. On initial heat, it smokes lightly and gives off a faint odor for several minutes. The product notes this—and it proved true in my use. It’s a one-time event, followed by some surface darkening or “carbonization,” which did not affect performance.

Installation experience

I treated installation as I would a header wrap:

• Wear gloves, long sleeves, and eye protection. Basalt microfibers are irritating if they get into skin or eyes.
• Do the first install and burn-in outdoors if at all possible.
• Pre-cut lengths with sharp shears; a clean cut reduces fraying.

On my 2.6-inch titanium pipe, I wrapped with ~50% overlap to build a two-layer thickness over a 24-inch section, then added a third layer at the likely contact height in the tent. The wrap conforms easily if you keep tension consistent and avoid twisting. I secured each end with a clamp and tacked the midpoint with a short length of stainless safety wire to prevent creep. The included clamps held securely; for longer-term use I prefer stainless worm-drive clamps for a bit more bite and durability.

Expect a short learning curve. The first attempt was lumpy, and I had to unwrap and re-tension to get even coverage. Once you get a feel for tension and overlap, it’s straightforward.

Heat performance

On a small wood stove burning hot, my single-wall pipe surface routinely sits in the 230–300°C (446–572°F) range measured with an IR thermometer. With the wrap applied in two layers:

• The outer surface of the wrapped section stabilized between 70–120°C (158–248°F) depending on burn intensity and airflow.
• Radiant heat into the tent dropped noticeably; I could stand closer without feeling like I was in front of a hairdryer.
• Accidental contact is still unwise, but a quick brush against the wrap didn’t result in an instant burn the way bare stainless would.

In the shop test, the wrap also reduced the “hot spot” footprint on nearby surfaces. It’s not a substitute for required clearances, but it meaningfully lowers surface temperature and radiant load in the area.

Handling and safety notes

A few practical lessons:

• Do a burn-in. The first 10–15 minutes will produce light smoke and a faint odor as binders cook off. Do this outside before putting it in a tent or small room.
• Wear PPE. Gloves are a must. Basalt fibers will itch like fiberglass. Safety glasses are wise; a dust mask or respirator is smart if you’re sensitive.
• Manage fray. If you’re cutting shorter lengths, fold the ends over or wrap the cut edge with high-temp tape or a loop of safety wire to minimize stray filaments.
• Pack smart. Store the wrap in a dedicated bag to keep fibers off other gear.

Fit and compatibility

The included clamps cover 65–89 mm diameters (2.56–3.50 inches). That’s ideal for most backpacking stove pipes and small exhausts. For larger pipes—4–6 inches—you’ll need bigger clamps or stainless wire. The wrap itself will go around larger diameters just fine; it’s only the clamp size that limits out-of-the-box compatibility.

Because it’s removable, the wrap is handy for temporary installs or moving it between setups. I’ve reinstalled it several times; the fabric holds up, though the cut ends get fuzzier with each cycle if you don’t bind them.

Durability and maintenance

After multiple hot fires, the surface darkens and stiffens slightly but doesn’t sag or delaminate. That initial carbonization is cosmetic in my experience. The weave stands up to clamping and re-clamping. The biggest durability concern is abrasion: the fabric will snag on sharp edges and fray if dragged around in a pack loose. Keep it bagged, and avoid overtightening clamps to the point of crushing fibers.

Cleanup is simple: a soft brush knocks off soot. If it gets soaked, it dries quickly and doesn’t seem to lose integrity. I wouldn’t launder it; just air it out.

Where it shines

• Hot tent safety: It creates a safer zone around a small stovepipe, especially at arm and shoulder height where accidental contact is most likely.
• Temporary shielding: Great for a quick pass-through build where a rigid shield won’t fit or you want to keep weight down.
• Reusability: Detach, roll it up, and move it to another pipe—much easier than committing to fixed metal shields.

What it’s not

• A code-compliant chimney solution: Don’t expect this to replace double-wall sections, listed heat shields, or required clearances in residential installations.
• A spark arrestor or gasket: It won’t stop embers, seal joints, or fix leaks.
• Child-proofing: It lowers temperature significantly but still gets hot. Treat it as a mitigation, not absolute protection.

Alternatives to consider

• Double-wall pipe sections: The most effective way to lower outer surface temps, with added draft stability, but heavier and less packable.
• Rigid stainless heat shields: Excellent for fixed stoves; less flexible and harder to fit into a tent system.
• Silicone-coated fiberglass sleeves or foil-faced ceramic blankets: Better at containing fibers and shedding soot, but heavier or bulkier. The basalt wrap wins on packability and heat tolerance for its weight.

Tips for best results

• Wrap with consistent tension and 40–50% overlap for even insulation.
• Add an extra layer where contact is likely (near doorways or work zones).
• Use larger stainless clamps for pipes over 3.5 inches.
• Pre-burn outside; expect light smoke and odor on first heat.
• Bind cut ends to control fraying; store in a dedicated bag.

Verdict and recommendation

The FireHiking pipe wrap earns a spot in my kit for portable stove setups. It meaningfully reduces radiant heat and surface temperatures on small stovepipes, installs with basic hand tools, and packs down better than rigid alternatives. The removable design is genuinely useful—I’ve moved it between a tent stove and a shop flue without fuss.

There are caveats. Handling requires care; treat it like fiberglass and wear gloves and sleeves. The included clamps are sized for small pipes only, and anyone expecting a permanent, code-listed solution for a home chimney will need to look elsewhere. You’ll also want to do a proper outdoor burn-in to avoid smokiness in confined spaces.

If your use case is a hot tent, a small workshop heater, or any situation where you need a portable, flexible heat barrier on a small-diameter pipe, I recommend this wrap. It’s a practical, lightweight way to add a layer of safety and comfort, and it holds up to repeated use. For permanent installations or larger diameters, upgrade the clamps—or step up to double-wall sections and listed shields.