| Model NO. | Electrical EMT Conduit |
| Surface Treatment | Galvanised |
| Application | Underground |
| Material | Stainless Steel |
| Certification | ISO |
| Product Name | EMT Conduit |
| Keywords | Electrical Conduit |
| Parameter | Customizable |
| Wall Thickness Range | 1.4mm - 2.8mm |
| Elbow Types | 90° Standard, 90° Long Radius, 45°, 30 |
| Bend Radius | 4-6* Conduit Diameter |
| Temperature Range | -20°c to +80°c |
| Crush Resistance | ≥ 400n/5cm |
| Standards Compliance | UL797, ANSI C80.3, NEMA Fb-1, Nfpa 70 |
| Applications | Structure Pipe |
| Installation Support Spacing | Every 3m for Horizontal Runs |
| Corrosion Resistance | Excellent for Indoor Environments |
| Electrical Continuity | ≤ 0.1 Ω Per Joint |
| Fire Resistance | Self-Extinguishing |
| Finish | Smooth Interior and Exterior |
| Transport Package | Standard Packaging or Customized |
| Specification | Standard Specifications or Customized |
| Trademark | DALIAN BESTON |
| Origin | Zhejiang, China |
| Production Capacity | 5000000 Pieces/Year |
Customizable EMT Conduits Pipe for Tailored Applications in New Zealand's Unique Market Needs with UL Standards
Product Description
EMT CONDUIT
Electrical metallic tubing (EMT), sometimes referred to as thin-wall conduit, is one type of tubing or conduit that is used to protect and route electrical wiring. Its lighter weight and lower cost make it more popular than galvanized rigid conduit (GRC), and it is most commonly used in commercial and industrial buildings.
UV TOLERANCE
EMT is generally coated with a protective layer to resist corrosion, but it is not designed for high UV resistance. Prolonged exposure to ultraviolet (UV) rays can lead to deterioration of the coating, which may affect the conduit's protective properties. For installations exposed to direct sunlight or harsh outdoor conditions, using UV-resistant coatings or alternative conduit materials, such as PVC or specially treated metal conduits, may be necessary.
EMT conduit protects enclosed wires from damage caused by impact, moisture, and chemical fumes. Design and construction are simplified because multiple sizes and types of wires can be routed through a single conduit. This reduces the additional expense of multiple cable runs and custom composite cables. Wiring systems within buildings often need to be replaced, and EMT conduit makes this process easier and safer. Existing wires can be removed from the EMT conduit, and new wires can be installed without disrupting the entire installation process.
Product Parameters
Detailed Photos
EXAMPLES OF USE
* Running electrical wiring in commercial and residential buildings.
* Protecting wiring in industrial facilities where physical damage is a concern.
* Using EMT conduit in renovation projects for easy installation and flexibility.
* EMT conduit is commonly used in indoor applications and dry locations.
* It is preferred for its ease of installation, lightweight nature, and the ability to be bent on-site.
MOST RESILIENT AND SUSTAINABLE
Long-lasting and highly recyclable, steel conduit and EMT demonstrate the greatest resiliency and are the most sustainable raceway options.
MOST FLEXIBLE AND AFFORDABLE
As buildings change and expand over time, other wiring solutions have to be removed and reinstalled - but steel conduit and EMT can be reused again and again. It might cost more upfront, but steel conduit and tubing deliver significant savings over time. The cost comparison in the following graphic shows the proof.
TEMPERATURE RANGE
EMT is typically designed to handle a temperature range from about -10°C to 60°C (14°F to 140°F), some within a temperature range of -30°C to 60°C (-22°F to 140°F). This can vary based on the raw materials used, so be sure to check with your supplier. This range covers most standard indoor and moderate outdoor conditions.
COMPRESSION RESISTANCE
EMT generally provides good resistance to compressive forces due to its steel construction, but it is not as robust as Rigid Metal Conduit (RMC) or Intermediate Metal Conduit (IMC). The standard for compression resistance is not explicitly defined for EMT in many codes, but it is expected to withstand normal mechanical stresses encountered during installation and use. For more rigorous compression requirements, RMC or IMC might be more appropriate.
