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Spider Web Corner Gussets (Set of 16) | 90-Degree Decorative Weld On Steel Support
Spider Web Corner Gussets (Set of 16) | 90-Degree Decorative Weld On Steel Support
Spider Web Corner Gussets (Set of 16) | 90-Degree Decorative Weld On Steel Support
Spider Web Gussets BOCO Custom LLC
Spider Web Corner Gussets (Set of 16) | 90-Degree Decorative Weld On Steel Support
Spider Web Gussets BOCO Custom LLC

Spider Web Corner Gussets (Set of 16) | 90-Degree Decorative Weld On Steel Support

$15.00 - $18.00
$18.00
$15.00 - $18.00
$18.00
UGC GUS10WEB
Disponibilité:
en stock, prêt à être expédié
Disponibilité:
en stock, prêt à être expédié
Size: 10 gauge

USA MADE

This item is designed and manufactured in the United States

Product Description

Industrial Strength Meets Custom Fabricator Style

Give your next build an iconic look without the hours of custom hand-cutting. The BOCO Custom Spider Web Gussets are the perfect "finishing touch" for roll cages, custom furniture, choppers, and off-road rigs. Sold in a set of 16 pieces, these 90-degree gussets provide both structural rigidity and a high-end, laser-cut aesthetic that sets your work apart from the rest.

SPECIFICATION DETAILS
Quantity Set of 16 Individual Pieces
Design 90-Degree Gusset with Spider Web Detail
Material Options 10-Gauge or 14-Gauge American Steel
Finish Raw Steel (Weld-Ready)
Weldability Excellent (Cold or Hot Rolled Steel)
Origin Made in USA (Apple Valley, CA)

Why Pro Builders Choose Our Gussets:

  • Precision Laser Cuts: No slag, no rough edges. These arrive clean and ready to weld, saving you valuable prep time in the shop.
  • Two Thickness Options: Choose 14-Gauge for decorative trim and lightweight projects, or step up to 10-Gauge (nearly 1/8" thick) for heavy-duty structural flair.
  • Versatile 90-Degree Geometry: Designed to fit perfectly into any standard right-angle joint. Ideal for corner bracing on tables, carts, racks, and buggy frames.
  • Fabricator-First Finish: Shipped in raw steel so you can weld immediately. Once installed, they are ready for your choice of powder coat, paint, or a clear coat to preserve the industrial look.

Note: These gussets are made from raw steel and are susceptible to surface oxidation if not coated after welding. Recommended for decorative and secondary structural reinforcement.

FAQ

What's the difference between metal types?
  • Mild Steel — our most common and go-to option: heavy, strong carbon steel that's affordable and versatile for heavy-duty applications (available in gauges like 10, 11, 12, 14).
  • Stainless Steel (like 304 or 316 grades): premium upgrade with excellent corrosion resistance — won't rust easily, even in wet, outdoor, or marine environments; durable with a shiny, attractive finish, but heavier and more expensive.
  • Aluminum (like 5052 alloy): lightweight (about 1/3 the weight of steel), naturally rust-resistant, easy to form, and great for weight-sensitive projects; excellent strength-to-weight ratio, ideal when you want no-rust performance without the heaviness of steel.
Which finish should I choose?
  • Raw Steel — bare metal, lowest cost, quickest; needs protection to prevent rust.
  • Powder Coat — durable textured black finish; excellent rust/chip resistance for long-term use.
  • Stainless and aluminum ship with natural mill finishes (no rust concern) and can be powder coated on request. Check product pages for exact availability by metal and gauge.
What do gauge numbers mean?

Gauge numbers measure the thickness of sheet steel. Lower numbers = thicker material. A higher gauge number means thinner steel.

How do I choose the right gauge for my project?
  • Choose thicker gauges (10 or 11) for heavy-duty strength, structural parts, or high-load applications. Example: Using the plate on a horizontal application such floor or dolly.
  • Choose thinner gauges (14) for lighter-weight parts, panels, or where cost matters more. Ideal for vertical applications suck as wall or bedside mount.
Why does gauge go backward (lower number = thicker)?
  • The gauge system originated from the number of draws needed to produce wire/sheet of that thickness. Fewer draws = thicker material = lower gauge number.