Get 12% OFF Automatically When You Spend $2,000 or More No Code Required
Get 12% OFF Automatically When You Spend $2,000 or More No Code Required

FREE SHIPPING ON ORDERS OVER $1K

EXPERT LIGHTING ADVICE

VALUE ENGINEERED QUOTES

ROI ANALYSIS AND DESIGN SUPPORT

Garvin Industries 8615, 2" EMT 15 Degree Elbow, Low Conductivity, High Corrosion Resistance

By Garvin Industries

Note: Product images are for illustration purposes only. Do not rely on product image alone to make a purchase decision. Actual product may vary due to specific configurations. Always refer to spec sheets for details.

Garvin Industries 8615, 2" EMT 15 Degree Elbow, Low Conductivity, High Corrosion Resistance

$11.40
MSRP: $31.77
You save $ 20.37 (64%)
  • SKU: GI-8615
  • MPN: 8615

Quick Overview

2" EMT 15 degree elbow with smooth, defect-free interior and exterior, offering low conductivity and high corrosion resistance.

In Stock & Ready To Ship!
Current Stock:Only left:
This item is sold in multiples of 10
Estimate shipping in cart
Call, chat, or email
for support
Ships via

Frequently Bought Together:

Total: Inc. Tax
Total: Ex. Tax
Description

The Garvin Industries 8615 is a 2" EMT 15 degree elbow, designed for professional electrical installations where durability and reliability are essential. This elbow is part of Garvin's trusted lineup of conduit fittings, known for their quality and performance.

Key Features and Benefits

  • Low conductivity for enhanced safety in electrical applications
  • High corrosion resistance for long-lasting performance in harsh environments
  • Smooth, defect-free interior and exterior for easy wire pulling and installation
  • Precision-formed 15 degree bend for accurate conduit routing

Specifications

  • Size: 2" EMT
  • Bend: 15 degrees
  • Material: Corrosion-resistant metal
  • Finish: Smooth, defect-free

Common Uses

Ideal for commercial, industrial, and residential conduit runs requiring a gentle 15 degree change in direction, especially in environments where corrosion resistance is critical.