Stick welding electrode prices range from less than $10 for a small one-pound package to nearly $200 or more for a 30-pound industrial carton. However, “The Beast welding electrode” is not a recognized AWS classification, and no manufacturer specification under that exact product name could be verified. Before buying, confirm the brand, SKU, electrode classification, diameter, and package weight.
Quick Answer
The Beast welding electrode does not have a verifiable standard price because no manufacturer listing under that exact name could be confirmed. Comparable stick electrodes currently range from about $6.60 for a one-pound package to $28–$48 for common 5- or 10-pound packages and around $194 or more for a premium 30-pound carton.
Key Takeaways
- “The Beast” is not an AWS electrode classification, and a verified manufacturer data sheet for that exact product name was not found.
- Always compare the classification, diameter, package weight, and cost per pound—not just the package price.
- Common mild-steel rods may cost less than specialty electrodes for cast iron, aluminum, dissimilar steels, or gouging.
- The correct electrode depends on the base metal, welding position, polarity, power source, required strength, and welding procedure.
- Prices change frequently, so verify the seller’s current price, shipping charge, and inventory before ordering.
What Is the Beast Welding Electrode?
No widely documented stick electrode with the formal product name “The Beast” could be matched to a manufacturer specification, AWS classification, safety data sheet, or technical data sheet. The term may be a nickname, an incomplete product description, or a mistaken search phrase.
The telephone number associated with the original pricing information, 713-991-7601, appears on a Steel Supply LP listing for a 3/32-inch E6013 welding rod. That listing identifies the product as E6013 rather than as a Beast-branded electrode.
Note: A nickname printed in an advertisement is not enough to select a welding consumable. Look for the manufacturer name, part number, AWS classification, diameter, polarity, package weight, technical data sheet, and safety data sheet.
Stick electrodes conduct welding current and provide filler metal during shielded metal arc welding, also called SMAW or stick welding. Their flux coating helps stabilize the arc, produces shielding gases, and forms slag over the weld. Different classifications are designed for different base metals, positions, strength levels, penetration profiles, and power sources.
Common Types of Stick Welding Electrodes
The letters and numbers printed on an electrode package are more useful than a marketing nickname. For example, the “E” in E7018 means electrode. The first two digits indicate a minimum tensile-strength class in thousands of pounds per square inch, while the remaining digits help identify welding position, coating type, and usable current.
Hobart Brothers’ electrode-classification guide explains how these designators are used. Always check the exact manufacturer data sheet because operating ranges and approvals can differ within the same general classification.
| Classification | Typical characteristics | Common uses |
|---|---|---|
| E6010 | Deep penetration, fast-freezing slag, generally used with DCEP | Pipe welding, open roots, construction, and field repair |
| E6011 | Deep penetration and broad AC/DC compatibility | Maintenance, repair, farm equipment, and less-than-perfect steel surfaces |
| E6013 | Light-to-medium penetration and a relatively smooth arc | Clean mild steel, sheet metal, general fabrication, and light repair |
| E7014 | Iron-powder coating, light penetration, and faster deposition | General fabrication where the applicable procedure permits it |
| E7018 | Low-hydrogen coating, strong weld deposit, and controlled mechanical properties | Structural fabrication, equipment repair, pressure work, and other procedure-controlled applications |
The correct classification matters more than a product nickname. Two rods that look similar may require different polarity, storage, amperage, or welding procedures.
How Much Do Standard Welding Electrodes Cost?
Prices vary widely because sellers offer packages ranging from one pound to full industrial pallets. A $7 package is not necessarily cheaper than a $38 package when the first contains one pound and the second contains 10 pounds.
The examples below were checked on July 28, 2026. They are snapshots rather than guaranteed prices and may change with diameter, inventory, promotions, shipping, or order quantity.
| Example | Package | Price checked |
|---|---|---|
| Hobart E7014 | 1 lb. | About $6.60 |
| Lincoln Fleetweld 5P E6010 | 5 lb. tube | About $28.40 |
| Hobart E7018, 1/8 inch | 10 lb. box | About $37.80 |
| Steel Supply LP E6013, 3/32 inch | 10 lb. package | $47.20 at the smallest listed order tier; volume discounts shown |
| Lincoln Excalibur 7018 MR | 30 lb. carton | About $194.15 |
To compare packages fairly, divide the merchandise price by the net electrode weight. A $37.80 ten-pound box costs about $3.78 per pound before tax and shipping. A $28.40 five-pound tube costs about $5.68 per pound.
Pro Tip: Compare the delivered cost per pound only after confirming that the electrodes have the same classification, diameter, approvals, and packaging condition. A cheaper rod is not a substitute when the welding procedure requires a different classification.
Products Worth Considering
Durable Material: ARCCAPTAIN electrode holder is made of high quality copper as well as insulating materials to ensure high efficiency and safety while welding.
Product Type :Tools
Material: The package includes ENiFe-CI 7pcs 12 * 3/32'' Welding Electrode Rods
Specialty Welding Electrodes and Their Costs
Specialty consumables often cost more per pound or per rod because they use nickel, stainless, aluminum, hardfacing, or other alloy systems. Some are sold by stick count instead of net weight, so their package prices should not be compared directly with ordinary five- or ten-pound mild-steel boxes.
Current Specialty-Electrode Examples
- Harris Super Missileweld: A tube was listed at about $33.80. The exact stick count depends on diameter.
- Harris NIC-L-WELD 59: This nickel-iron cast-iron electrode was listed at about $45.50 per tube.
- Weld-Forge pointed carbon-arc gouging electrodes: Selected sizes started at about $16 per box.
- Aluminum filler metals: Products identified as 4043 may be supplied as stick electrodes, MIG wire, or TIG cut lengths. Confirm the welding process and manufacturer classification rather than buying solely by the number 4043.
Why Specialty Electrodes Cost More
Price can rise because of alloy content, smaller production volume, special flux systems, tighter mechanical-property requirements, moisture-resistant packaging, approvals, or the number of electrodes in a package. Specialty rods can still save money when they prevent cracking, rework, or damage to an expensive component.
Note: Cast iron, unknown alloys, tool steels, stainless steel, and dissimilar-metal joints can require preheat, controlled cooling, short weld beads, or a qualified procedure. The electrode package alone is not a complete welding procedure.
Comparison of Major Electrode Brands
Lincoln Electric, Hobart Brothers, Harris, and Weld-Forge sell consumables for different applications and price levels. Brand reputation can be useful, but the package classification and technical data should control the buying decision.
| Brand or label | What to verify |
|---|---|
| Lincoln Electric | Classification, exact product family, approvals, diameter, packaging, and technical data sheet |
| Hobart Brothers | AWS classification, H4/H8 or moisture-resistance designators, polarity, position, and storage instructions |
| Harris | Alloy type, intended base metal, stick count, preheat guidance, and AC/DC compatibility |
| Weld-Forge | Whether the product is a welding electrode or a carbon-arc gouging electrode, plus diameter and package count |
| “The Beast” | Manufacturer and SKU must be identified before price, composition, performance, or compatibility can be evaluated |
No evidence supports claiming that an unidentified Beast electrode is better or worse than Lincoln, Hobart, Harris, or another documented product. A valid comparison requires matching classification, diameter, base metal, operating range, mechanical properties, approvals, storage condition, and package size.
Products Worth Considering
E7018 Welding Rod: Diameter: 1/8"; Length: 14"; Weight: 10lb.
PRODUCT:E7018 is a high quality carbon steel electrode with a low hydrogen potassium iron powder type flux. It can be used for AC and DC, and can be used for all-position welding
The product is 5LB 3/327018AC Weld Rod
Factors That Influence Welding Electrode Prices
| Factor | How it changes the cost |
|---|---|
| Classification and alloy | Ordinary mild-steel electrodes usually cost less than nickel, stainless, aluminum, hardfacing, or dissimilar-metal products. |
| Package weight or stick count | A larger package costs more upfront but may have a lower cost per pound or per electrode. |
| Diameter | Diameter affects the number of rods in a package, usable amperage, deposition rate, and inventory availability. |
| Moisture-resistant packaging | Hermetically sealed cans and low-hydrogen packaging may cost more but help protect the consumable before opening. |
| Approvals and testing | Products supplied for code or procedure-controlled work may carry additional certifications or documented properties. |
| Order volume | Distributors may offer lower unit prices for cartons, multiple packages, or pallet quantities. |
| Shipping and storage | Freight, minimum-order rules, rod ovens, heated storage, and damaged inventory can increase the total cost. |
How to Choose the Correct Welding Electrode
Price should be considered only after the electrode has been matched to the job. Miller’s stick-electrode selection guidance recommends considering the base metal, welding current, position, required properties, joint design, and working conditions.
- Identify the base metal. Confirm whether the part is mild steel, low-alloy steel, stainless steel, cast iron, aluminum, or an unknown alloy.
- Check the welding procedure. Structural, pressure, vehicle, lifting, and other safety-critical work may require a qualified procedure and a specific classification.
- Match the power source. Confirm whether the machine supplies AC, DCEN, DCEP, or a combination accepted by the exact electrode.
- Match the welding position. Confirm that the electrode is approved for flat, horizontal, vertical, or overhead welding as required.
- Select the diameter. Diameter affects amperage, penetration, deposition rate, and suitability for the material thickness and joint.
- Review the data sheet. Check mechanical properties, recommended amperage, polarity, storage, approvals, and limitations.
- Buy an appropriate quantity. Avoid a large package when rods may absorb moisture, become damaged, or remain unused.
Warning: Do not substitute an electrode solely because it is cheaper or has a similar-looking number. Safety-critical, structural, pressure, or code-governed welds must follow the approved drawing, welding procedure, applicable code, and consumable requirements.
Products Worth Considering
MODEL: E6013 is a mild-steel general purpose rod. It operates on AC or DC welding current and works well on low voltage AC machines.
MODEL: E6013 is a mild-steel general purpose rod. It operates on AC or DC welding current and works well on low voltage AC machines.
Material: The package includes ENi-CI 6pcs 12'' in length 3/32'' in diameter Welding Electrode Rods
Electrode Storage and Handling
Storage requirements vary by classification and manufacturer. Low-hydrogen products such as many E7018 electrodes must be protected from moisture after their sealed package is opened. The required holding temperature, exposure limit, and reconditioning procedure must come from the manufacturer and applicable welding procedure.
Hobart Brothers notes in its electrode-selection and storage guidance that low-hydrogen electrodes may require oven storage, while electrodes such as E6010 have different handling requirements and should not automatically be treated the same way.
- Keep packages dry and protected from impact.
- Do not use rods with cracked or badly damaged flux.
- Follow the manufacturer’s exposure and rebaking instructions.
- Do not guess at an oven temperature.
- Do not use moisture-exposed low-hydrogen rods for procedure-controlled work unless the approved instructions permit reconditioning.
Where to Buy Welding Electrodes
You can buy stick electrodes from local welding-supply stores, industrial distributors, hardware retailers, and specialist online sellers. Local suppliers can help confirm machine compatibility and may provide certificates or technical data for professional work.
Before ordering online, verify:
- The manufacturer and part number
- The full AWS or other classification
- The electrode diameter and length
- The net package weight or stick count
- The package type and condition
- The seller’s inventory status
- Shipping cost and hazardous-material or minimum-order rules, if any
- The return policy for damaged flux or broken rods
Manufacturer product pages are best for technical specifications. Distributor pages are useful for current prices and inventory, but a retailer description should not replace the manufacturer data sheet or approved welding procedure.
Customer Support for Pricing Inquiries
The number 713-991-7601 is associated with Steel Supply LP, whose website lists business hours and current quantity pricing for products such as its E6013 welding rods. When calling, provide the exact SKU, classification, diameter, and required quantity.
Do not ask only for “The Beast electrode,” because the supplier may not recognize that phrase or may carry several products that could fit the description. Ask the representative to confirm the manufacturer, package weight, unit price, stock status, and whether the quoted price includes shipping or tax.
Welding Safety
Stick welding creates intense light, sparks, hot slag, fumes, and electrical hazards. The Occupational Safety and Health Administration identifies metal fumes and ultraviolet radiation among the hazards of welding, cutting, and brazing.
- Use a suitable welding helmet, safety glasses, flame-resistant clothing, gloves, and protective footwear.
- Provide appropriate ventilation or local fume extraction.
- Keep combustible materials away from the work area and maintain suitable fire protection.
- Remove coatings only with safe methods and identify hazardous metals before welding.
- Use extra caution with galvanized, painted, plated, stainless, lead-, cadmium-, or chromium-containing materials.
- Inspect leads, the electrode holder, work clamp, and power source before use.
- Keep electrodes, gloves, clothing, and the work area dry.
- Do not weld in rain, standing water, or other wet conditions.
Warning: Outdoor stick welding is often less sensitive to wind than MIG or flux-cored processes that depend on external shielding gas. That does not make an electrode waterproof or make welding in wet conditions safe.
Frequently Asked Questions
What is the composition of the Beast welding electrode?
Its composition cannot be confirmed from the name “The Beast.” Locate the manufacturer, part number, AWS classification, technical data sheet, and safety data sheet. Those documents should identify the electrode type, weld-metal composition, mechanical properties, and applicable precautions.
Is the Beast welding electrode suitable for every welding process?
No unidentified electrode should be assumed suitable for every process. A coated stick electrode is intended for shielded metal arc welding, not automatically for MIG, TIG, submerged arc, or another process. Confirm the product classification and manufacturer instructions.
How does the Beast electrode compare with Lincoln or Hobart electrodes?
A valid comparison is not possible until the Beast product’s manufacturer, classification, diameter, package size, mechanical properties, polarity, storage requirements, and approvals are known. Compare equivalent classifications and package weights rather than brand names alone.
What applications are recommended for the Beast welding electrode?
No applications can be responsibly recommended without a verified product specification. The correct use depends on the base metal, joint, position, current, strength requirement, welding procedure, and any applicable structural or pressure code.
Can a stick welding electrode be used outdoors?
Stick welding is commonly used outdoors because it does not rely on a separate shielding-gas bottle. However, the work area and equipment must remain dry, fumes must be controlled, fire hazards must be removed, and the electrode must be stored as directed. Never weld in rain, standing water, or unsafe wind conditions.
How much should I expect to pay for stick welding electrodes?
Small one-pound packages may cost less than $10, common five- or ten-pound packages often cost roughly $20–$50, and 30-pound premium cartons may approach or exceed $200. Specialty alloys can cost considerably more per pound or per rod. Always verify the current price and package size.
Conclusion
A reliable price for “The Beast welding electrode” cannot be established until the exact manufacturer and product number are identified. Current stick-electrode prices range from inexpensive one-pound packages to industrial cartons costing hundreds of dollars, but package price alone does not show value.
Confirm the classification, diameter, package weight, polarity, storage requirements, mechanical properties, and welding-procedure requirements before ordering. Then compare the delivered cost per pound among genuinely equivalent products. This approach is safer and more useful than relying on an unverified nickname or a price without package details.
Sources
- Steel Supply LP E6013 Product Listing — verifies the supplier phone number, package information, and quantity pricing associated with the original article.
- Cyberweld Stick Electrode Listings — supports current retail price and package-size examples.
- Hobart Brothers: Electrode Classification — explains AWS stick-electrode designators.
- Miller: Factors for Selecting the Right Stick Electrode — supports electrode-selection criteria.
- Hobart Brothers: Choosing and Storing Stick Electrodes — supports low-hydrogen storage and application guidance.
- OSHA Welding, Cutting, and Brazing Hazards and Solutions — supports welding-fume, radiation, PPE, and workplace-safety guidance.
