How to Make Hollow Fire Eating Torches

8 mins read

Last Updated on September 16, 2022

If you’re wondering how to make hollow fire eating torches, then you’ve come to the right place. In this article, I’ll show you how to use a Powerbor Step Drill and a G&J Hall Tools Powerbor Step Drill to make a custom-sized, silicone-grip hollow fire eating torch. I’ll also talk about using Para-amid fiber kevlar wicking, silicone grip tape, and a few other items that are necessary to make the custom-sized torch.

Siligrip Hollow Fire Eating Torches

A pair of Siligrip Hollow Fire Eating Torches makes a great set for performing vapor tricks, fleshing, and fire eating. Made from stainless steel, they are more durable and heat-resistant than aluminium torches. A hand-stitched wick keeps the flame burning evenly. These torches are sold individually and are suitable for both indoor and outdoor use. They weigh slightly more than regular aluminium torches.

how to make hollow fire eating torches

Each wand is 60 cm long, with a 50mm Kevlar wick head. They can be pulled into the mouth and draw hot vapor. Made in New Zealand, these wands are hand-made by the team of Flamewater Circus. These fire eating torches have checked wicks and Kevlar thread. The team behind the Siligrip Hollow Fire Eating Torches has a wide range of wands and offers a full kit.

G&J Hall Tools Powerbor Step Drill

A Powerbor Step Drill is a very useful tool for cutting holes in hollow fire eating torches. Developed by G&J Hall, this electromagnetic drilling machine is fast, efficient, and accurate. It can drill holes up to 50mm in diameter and is suitable for various engineering applications. Its patented design helps it cut holes in the smallest of spaces. Regardless of the size of your hole, a Powerbor Step Drill is sure to make the job a breeze.

The Powerbor Step Drill is made for industrial applications. Its unique design allows you to drill popular hole sizes without requiring a pre-drilled hole. Its wide range of sizes makes it perfect for a variety of different industrial applications. The multipurpose design also makes it easy to drill a hole of varying diameters. This is a great tool to use in the garage for repair work, too.

Para-amid fiber kevlar wicking

Kevlar is the brand name of aramid fiber that is braided and flat. It is made from a blend of Kevlar and fiberglass and is a registered trademark of Dupont. Kevlar is a heat and abrasion resistant material. Specialty textile manufacturers weave the raw fibers into tapes and use them for a wide variety of applications. These include gaskets, high-temperature insulation, and personal body armor. Kevlar fibers are also used to reinforce resin-based materials.

Kevlar wicking is very absorbent and can resist high temperatures. However, the material must be thin enough to prevent burning inside the wick head. This is because Kevlar burns at a higher temperature than tin foil and wood, so it’s not easy to stop combustion at the center of the wick. Most shops eliminate the other materials in the weave so that their product costs are lower.

Kevlar wicking is another alternative. Para-amid fiber has a higher temperature rating than Kevlar, but only comes in rope form. Kevlar wicking is primarily used in rope industry because it has better fuel absorption properties. Kevlar is a good insulator, but fiberglass is a superior heat conductor.

Kevlar wicking is a perfect material for making hollow fire eating torches. These wicks are available in 1.5″ and 2″ wide varieties and feature silicone grip tape for easy handling. In addition, the wicking is hand-stitched for a professional finish. Unlike normal aluminium torches, hollow torches are more durable and safer. They also have less metal and are made of stainless steel.

Hand sewn para-amid fiber kevlar wicking

The most expensive form of wick is 100% KEVLAR (r). Despite its price, this material is very absorbent and has reasonable abrasion resistance. On the other hand, it will degrade more rapidly than fiberglass and metal strands. Another downside to 100% Aramid wicks is that they can burn too hot and break down prematurely.

The wick is wrapped around the inner support. Kevlar must be not too thick to avoid the head from bursting, but also not too thin to prevent the fire from exploding inside the wick. Although it is important to consider the type of fuel when choosing a wick, there are two basic types of fuel: solid, liquid, and gas.

When comparing materials, make sure to check for the type of thread. While Kevlar wicking costs the most, there are cheaper alternatives that use aramid fibers with similar properties. Also, some cheaper wick manufacturers might use aramid fiber that is less resistant to heat than the brand name. Kevlar thread accounts for 60% of the cost of wicking material. It’s also important to know that a wick made from a Chinese factory will be cheaper than one made in the U.S. A cheaper wick material made from a Chinese factory will probably have inferior heat resistance, despite having the same physical properties as Kevlar wicking.

Custom-made hollow fire eating torches are available with silicone grip. 304 stainless steel hollow stem tubing is recommended. These materials are stronger and less prone to oxidation and corrosion. They come stock with two layers of silicone covering on the exterior. The silicone wicking is hand-stitched to prevent it from flaking off.

Para-amid fiber kevlar

Kevlar is a type of aramid fiber. It is made from polyamide, with 85% of the amide bonds attached to aromatic rings. The main reason for using aramid fibers in hollow fire eating torches is their structural soundness and fire-retardant properties. Du Pont is the largest producer of para-amid fibers, with production facilities in three countries. Other manufacturers include Aramid Products and Teijin Ltd. Russia produces a small percentage of para-aramid fiber.

Hollow torches are perfect for fire-eating, fleshing, and vapor tricks. They come in a set of two and are made of stainless steel. Stainless steel is stronger and has less heat conductivity than aluminium. The stem is finished with 2 layers of exterior silicone covering. The wick is hand-stitched to prevent leaking and reduces heat transfer. Kevlar wicking helps keep the torch cool, which can be a critical factor in preventing fire-related injuries.

About The Author

Alison Sowle is the typical tv guru. With a social media evangelist background, she knows how to get her message out there. However, she's also an introvert at heart and loves nothing more than writing for hours on end. She's a passionate creator who takes great joy in learning about new cultures - especially when it comes to beer!