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Heavy duty cable tray is a robust, structured support system engineered to securely hold and route large, high-weight, or high-voltage cables in demanding industrial, commercial, or infrastructure settings such as power plants, manufacturing facilities, or large-scale data centers. Unlike standard cable trays, it features reinforced materials (e.g., thick-gauge steel, aluminum alloys) and sturdy designs (e.g., deep troughs, reinforced side rails) to withstand extreme loads, environmental stress (like corrosion, temperature fluctuations), and mechanical impacts.

The core purpose of a heavy-duty cable tray is to ensure safe, organized cable management: it prevents cable sagging, damage, or disconnection that could cause power outages, equipment failure, or safety hazards. Additionally, it simplifies cable inspection, maintenance, and future expansions, as cables are neatly contained and accessible. By bearing heavy cable bundles (often weighing hundreds of pounds), the heavy-duty cable tray maintains system reliability in critical applications where standard trays would be insufficient.Features of Heavy Duty Cable Tray
Heavy-duty cable tray supports and protects large volumes of power or control cables in industrial settings. Its primary function is to provide a rigid, secure pathway for organized cable management and easy access.

Constructed from steel, stainless steel, or aluminum, a heavy-duty cable tray offers exceptional strength and longevity. It is designed to withstand harsh environments, including exposure to moisture, chemicals, and extreme temperatures.

Its key advantages include superior load-bearing capacity, durability, and fire resistance. This system simplifies installation and future modifications, significantly reducing maintenance costs over its lifespan.

Heavy-duty cable tray is essential in power plants, manufacturing facilities, and data centers. It is also used in transportation infrastructure and chemical processing plants for reliable, safe cable support.

For more information about pvc cable management system, please feel free to contact us!

Product color White
Product size 1000 X 120 X550 MM
Product Weight 12.5KG
Product introduction: The product consists of a heating element and a shell. The heating element is heated by nickel-chromium alloy wire and the aluminum fins dissipate heat. The shell is made of high manganese carbon steel.

Liquid tight flexible conduit is a specialized protective tube, typically made of a flexible metal core (like galvanized steel) covered with a durable plastic (e.g., PVC) or rubber jacket. This design creates an impermeable barrier, preventing liquids, moisture, dust, and debris from enteringâ??distinguishing it from standard flexible conduits.

The primary function of a liquid tight flexible metal conduit is to provide a sealed, durable pathway for electrical wiring in environments where exposure to liquids, vapors, or physical damage is a concern. It is commonly used in industrial settings, outdoor installations, and machinery where flexibility and environmental protection are critical. Its design ensures electrical safety by preventing liquid ingress and offering resistance to abrasion, chemicals, and corrosion.
Features of Liquid Tight Flexible Conduit
The liquid tight flexible conduit features a smooth interior for easy wire pulling and a corrugated, flexible exterior for excellent bendability without kinking.

Its key advantage is a seamless, waterproof jacket that reliably prevents moisture and fluid ingress, protecting electrical systems in damp or wet locations.

A major feature is its robust construction, offering superior resistance to abrasion, chemicals, oils, and sunlight, ensuring long-term durability in harsh environments.

This conduit liquid tight flexible provides significant mechanical protection for cables against crushing, impact, and vibration, enhancing the safety and longevity of installations.

Its combination of flexibility and environmental sealing makes this specific liquidtight conduit ideal for use in industrial machinery and outdoor applications.

The overall advantage is a versatile, all-in-one protective solution that simplifies installation and reduces maintenance costs over the system's entire service life.

For more information about pvc cable management system, please feel free to contact us!

Ladder cable tray is a type of cable management system that resembles a ladder in its construction. It consists of two main longitudinal side rails connected by individual cross-members, called "rungs," which are uniformly spaced along the length of the tray. Constructed from durable materials like steel, aluminum, or stainless steel, it is designed to support and organize heavy-duty cables, particularly in industrial environments.

Features of Cable Ladder Tray
Of course. Here is the information summarized into seven concise points:

Offers exceptional strength and high load-bearing capacity for heavy cables over long distances.

Open design ensures superior airflow, preventing heat buildup and extending cable lifespan.

Allows easy addition, removal, or rearrangement of cables from any point for simple maintenance.

Supports long installation spans between points, reducing required hardware and overall cost.

Simple design with standard fittings allows for versatile and quick installation in complex layouts.

Available in various materials like steel, aluminum, and stainless steel for different environments. Can be mounted horizontally, vertically, or on walls to fit specific space requirements.

Application of Support Cable Ladder

Industrial Plants: Supporting high-voltage power cables for machinery.

Power Generation & Distribution: Main cable runs in substations and switch rooms.

Data Centers: Overhead pathways for large trunk cables between racks and rooms.

Commercial Buildings: Main vertical risers and horizontal feeders.

Tunnels and Transportation Hubs: For long-distance cable runs.

In summary, the ladder cable tray is the workhorse of the cable tray family, prized for its strength, ventilation, and long-span capability. Its primary limitation is its open design, which requires careful consideration of the environment to ensure cables are not exposed to physical damage or contaminants.

For more information about cable management products, please feel free to contact us!

Down lead clamp for tower

The down lead clamp is used in rivet the fiber when jumping or down lead , and it was commonly installed every 1.5 to 2 meter each set.

Welding wire

Box and cartons and pallets

ERW pipe for protective wire
Company Hebei Borun Steel Trade Co., Ltd
Products ERW pipe
Out Diameter 1/2â?³ -24â?³ ( 21.3-610mm)
Wall Thickness 2-20mm
Length 5.8m/ 6m/ 11.8m/ 12m or any fixed length as per customer request
Standard API 5L, ASTM A53, BS1387, EN10219, EN10210, SY/T5768 -2006, GB/T3091 -2008, GB/T9711 -1, JIS G3444, JIS G3452
Steel Grade S235, S275, S355, A53, Q195, Q235, Q345, L245, L290, Gr.B, X42-70 etc
End Plain, Beveled
Surface Treatment light-oiled, black painting , hot galvanizing, sand blasting, FBE, 2PE, 3PE etc
TPI SGS, BV, MOODY, CCIC can be arranged before shipment.
Packing in bundles with steel strips or in bulk as per the loading requirements
Applications civil building and construction, petrochemical sector, light market, fluid transferring sector, mechanical components
Main Market South and East Asia, Middle East, Europe and America



Other products
OCTG(API 5CT Casing pipe/Coupling/Tubing),seamless steel pipe,Hollow section pipe,Galvanized steel pipe
Our company has 15 yearsexperience of steel trading!Hope to establish business with you!

ERW pipe for protective wire
Company Hebei Borun Steel Trade Co., Ltd
Products ERW pipe
Out Diameter 1/2â?³ -24â?³ ( 21.3-610mm)
Wall Thickness 2-20mm
Length 5.8m/ 6m/ 11.8m/ 12m or any fixed length as per customer request
Standard API 5L, ASTM A53, BS1387, EN10219, EN10210, SY/T5768 -2006, GB/T3091 -2008, GB/T9711 -1, JIS G3444, JIS G3452
Steel Grade S235, S275, S355, A53, Q195, Q235, Q345, L245, L290, Gr.B, X42-70 etc
End Plain, Beveled
Surface Treatment light-oiled, black painting , hot galvanizing, sand blasting, FBE, 2PE, 3PE etc
TPI SGS, BV, MOODY, CCIC can be arranged before shipment.
Packing in bundles with steel strips or in bulk as per the loading requirements
Applications civil building and construction, petrochemical sector, light market, fluid transferring sector, mechanical components
Main Market South and East Asia, Middle East, Europe and America
Contact Info Contact name:Jenna Yan
Tel:8603175501333
E-mail:Sales2@brsteel.org
Skype:Steel-Jenna
Whatsapp:+8613292790570
Wechat:brsteelsales2
Linkedin:https://www.linkedin.com/in/jenna-yan-steel-pipe-trading-10843b16a/

Other products
OCTG(API 5CT Casing pipe/Coupling/Tubing),seamless steel pipe,Hollow section pipe,Galvanized steel pipe
Our company has 15 yearsexperience of steel trading!Hope to establish business with you!

IMC Elbow Conduit: Your Shield Against Corrosion & Crushing Damage

An IMC conduit is a pre-bent fitting used to change the direction of electrical wiring runs in Intermediate Metal Conduit systems. Its primary function is to provide a protected, durable path for wires around corners and obstacles.


Compared to EMT elbows, IMC elbows feature thicker walls and a galvanized finish, offering superior strength and corrosion resistance. This makes IMC elbow conduits ideal for demanding environments like industrial facilities, commercial buildings, and outdoor applications where extra protection against physical impact, moisture, and corrosive conditions is required.
Features of Elbow IMC Conduit
Material and Coating: Our IMC pipe elbow conduits are made from high-strength steel and finished with a thick, hot-dip galvanized coating. This provides excellent corrosion resistance, a key advantage over standard EMT.

Threaded Design: Unlike EMT fittings, IMC elbow conduits are threaded (typically female threads on both ends) to connect directly to male-threaded ends of IMC pipes, creating a very strong mechanical joint.

Wall Thickness: IMC has a thinner wall than RMC but is thicker and stronger than EMT, offering an ideal balance of durability and weight.

Standard Angles: IMC elbow conduits are commonly available in standard angles like 90 degrees and 45 degrees to navigate common structural obstacles.

Applications of IMC Elbow Conduit
General Construction & Commercial Buildings: IMC elbow conduits are widely used in commercial, industrial, and large residential buildings for routing electrical wiring around corners and obstacles in both exposed and concealed installations.

Corrosive and Severe Environments: Due to its thicker galvanized coating, IMC elbow conduits are approved for use in damp and corrosive locations, such as industrial plants, wastewater treatment facilities, and outdoor applications on building exteriors.

High-Stress and Physical Impact Areas: Its robust construction makes IMC elbow conduits suitable for areas subject to physical damage, including manufacturing floors, warehouses, and public garages, where a more durable system than EMT is required.

Outdoor and Service Entrance Applications: IMC elbow conduits are commonly used for service masts (risers) and other outdoor installations where superior strength is needed to withstand environmental stress, often in conjunction with rigid conduit.

For more information about cable management system, please feel free to contact us!

R13 ISO 3862-1 R13 SAE 100 R13 EN 856 R13
Inner tube: Oil resistant sythetic rubber
Reinforcement: Four altemating layers of spiralled high-tensile steel wire (sizes 3/4" and 1")and Six alternating layers of spiralled high tensile steel wire (sizes 11/4", 11/2" and 2 ").
Cover: Environment resistant synthetic rubber
Temperature Range: -40 to 250 (-40 to 121)
Application: Very high pressure applications subject to surge or flexing such as construction equipment, mining and the high-performance industrial market.

R15 ISO 3862-1 R15 SAE 100 R15 EN 856 R15
Tube : Oil resistant sythetic rubber
Reinforcement : Four altemating layers of spiral high-tensile steel wire (sizes 12,5/8,314 and 1") and Six altemating layers of spiral high tensile steel wire (sizes 11/4,1 1/2"and 2").
Cover : Environment resistant synthetic rubber
Temperature Range : -40 F to 250 F (-40 C to 121 C)
Application : Design specifically to handle severe high pressure applications where pressure or constant hydrostatic loads are present

Hydraulic hose
1.The high temperature rubber hose composed of inner rubber layer, multi-layer fabric layer and outer rubber layer.
2.Advantages: The rubber tube has the advantages of small outer diameter tolerance, good oil resistance and heat resistance, light weight, soft, long durability and so on.
3.Professional rubber hose supplier
4.The color, sizes, thickness, pressure and length all can be customized.

Application: High pressure hydraulic oil lines used in construction, machine tool and agriculturalapplications using petroleum or water based hydraulic fluids and rubber hose

2SN ISO 1436-SAE 100 R2AT/R2ATS EN 853 2SN
Inner tube: Oil resistant synthetic rubber
Reinforcement: Two braid of high-tensile steel wire
Cover: Environment resistant synthetic rubber
Temperature Range: - 40 F to 212 F(- 40 C to 100 C )
Application: High pressure hydraulic oil lines used in construction, machine tool and agriculture application using petroleum or water based hydraulic fluids.

R12 ISO 3862-1 R12 SAE 100 R12 EN 856 R12
Inner tube: Oil resistant sythetic rubber
Reinforcement: Four altemating layers of spiraled high-tensile steel wire
Cover: Environment resistant synthetic rubber
Temperature Range: -40 F to 250 F (-40 C to 121 C)
Application: Very high pressure applications used for petroleum-based hydraulic fluids.

R16 IS011237-1 R16 SAE 100 R16
Inner tube: Oil resistant synthetic rubber
Reinforcement: Two braids of high-tensile steel wire
Cover: Environment resistant synthetic rubber
Temperature Range: - 40 F to 212 F(- 40 C to 100)

2ST EN853 2ST
Inner tube: Oil resistant synthetic rubber
Reinforcement: Two braids of high-tensile steel wire
Cover: Environment resistant synthetic rubber ( thick cover )
Temperature Range: -40 F to 212 F(- 40 C to 100 C)
Application: High pressure hydraulic oil lines used in the hydraulic system of multifunctional mining machinery and engineering machinery which use petroleum or water based hydraulic fluids.

R15 ISO 3862-1 R15 SAE 100 R15 EN 856 R15
Tube : Oil resistant sythetic rubber
Reinforcement : Four altemating layers of spiral high-tensile steel wire (sizes 12,5/8,314 and 1") and Six altemating layers of spiral high tensile steel wire (sizes 11/4,1 1/2"and 2").
Cover : Environment resistant synthetic rubber
Temperature Range : -40 F to 250F (-40 C to 121 C)
Application : Design specifically to handle severe high pressure applications where pressure or constant hydrostatic loads are present

1SN ISO 1436- SAE 100 R1AT/R1ATS EN 853 1SN
Inner tube: Oil resistant synthetic rubber
Reinforcement: One braid of high-tensile steel wire
Cover: Environment resistant synthetic rubber
Temperature Range: - 40 to 212 (- 40 C to 100 C)
Application: Medium pressure hydraulic application including mobile, machine tool and agricultural application, using petroleum or water based hydraulic fluids.