Looking to purchase high quality wire loom tubing? Here are some advices and extra details helping you to make the best pick. Intermediate metal conduit, or IMC, is a thinner, lighter-weight version of rigid metal conduit and is approved for use in all of the same applications as RMC. Because IMC is lighter and easier to work with than RMC, it is more common in new construction. Another example of a rigid electrical conduit is EMT (electrical metal tubing), which is most commonly made of galvanized steel but can also be aluminum. EMT is also called “thin-wall” conduit because it is thin and lightweight, especially compared to RMC. EMT is rigid but can be bent with a simple tool called a conduit bender.
High Temp Protection (Fiberglass): This fiberglass high temp loom comes coated in a resin material that resists temperatures up to 1200°F. Other high temp options include aluminized metallic and silicone jacketed sleeving. If your wires or cable are under constant conditions with high heat such as in race cars, high temperature protection is recommended.
Each type of conduit has its own fittings (which connect lengths of conduit together) and connectors (which join conduit to boxes). Fittings include straight couplings and various elbows and tees, much like plumbing fittings, for extending or changing the direction of the conduit run. Some fittings have removable plates or covers that provide access to the conduit interior to facilitate pulling the wires; when installed, these are often referred to as “pull points.”
Flexible metallic conduit (also known as FMC) can be a practical choice for the large construction projects, for example building the underground car park. This particular conduit relies on interlocking metal coils to produce a long tube that lets the wires move through. By interlocking the individual pieces it can be possible to make a very flexible material. It really is practical to the installation protects that take place in a dry environment, but needs to be avoided if you have a risk of the water penetration. See more info at Loom tubing.
The ID and OD means inner diameter and outer diamter of flexible conduit. OD is the maximum of flexible conduit, and is a fixed number that can not be deviated from. Flexible conduit are always corrugated inner and outer, so we’d better leave more space inner to make wires and cables easier to through. So we should leave 20% space based on inner diameter. It may sound backward but use the diameter of the conduit as a guide to the service needed. It is better to use a conduit that is too big than one that is too small.
If you’re going to protect a series of cables. I think split plastic flexible conduit is a good choice for you. Split plastic flexible conduit is split. It is easy for you to put cable in and take them out. Sometimes people will be worried about the cables will fall out from conduit. Please don’t worry about, after put all cables in, we will often use wrap tape to fix conduit. Most people know corrugated plastic flexible conduit and split plastic flexible conduit. But they know little about HDPE spiral flexible conduit. HDPE spiral flexible conduit is spiral conduit, makes it stronger and durabler than general flexible conduit. Furthermore, it can be produced in big diameter. We can produce 300mm outer diameter of HDPE spiral flexible conduit. It is nearly impossible for general flexible conduit. Read extra details at https://www.flexconduit.com/.
The general procedure for using thin wall conduit is similar to the use of steel armor cable. The big difference is that conduit cannot be “snaked” through openings in ceilings and walls. You must have full access to joists and studs to install electrical conduit. So you probably won’t want to use it unless your local code requires it. IMC is typically used in hazardous locations, and in its stainless steel formulation, IMC is widely used in the food and beverage industry, in chemical plants, in cosmetic and pharmaceutcial industries, in refineries, in pulp and paper mills, in marine and coastal sites, in other corrosive environments. An advantage of IMC is its larger interior diameter compared with RMC of the same nominal sizes, making it easire to pull wires.