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Rail-mounted Electric High-Temperature Steel Billet Transfer Flatbed Cart


In the high-temperature battlefield of steel metallurgy, every 800℃+ scorching steel billet is a vital lifeline for production. Traditional transfer equipment can't withstand the baking heat, suffers frequent power outages, and manual transport is fraught with risks? Our industrial rail-guided electric transfer flatcar is designed specifically for high-temperature, heavy-load operations, ensuring rock-solid stability in the sweltering heat!

Product Introduction

In the high-temperature battlefield of steel metallurgy, every 800℃+ scorching steel billet is a vital lifeline for production. Traditional transfer equipment can't withstand the baking heat, suffers frequent power outages, and manual transport is fraught with risks? Our industrial rail-guided electric transfer flatcar is designed specifically for high-temperature, heavy-load operations, ensuring rock-solid stability in the sweltering heat!

 

Technical Parameters:

Rated Load Capacity30 t~300 t | Customizable to 500 t (Extra Heavy Duty)
Platform SizeCustomizable
Rail Gauge

600 mm/900 mm/ 1435 mm | Compatible with standard steel mill rails; 

non-standard customization supported

Operating Speed

0~20 m/min (Stepless Speed ​​Regulation) | Recommended ≤15 m/min for 

high-temperature scenarios to ensure safety

Climbing Ability≤3% | Rail straightness must meet steel mill production standards
Function Support

Forward / Reverse / Speed ​​Adjustment

 / Emergency Stop / Audible and Visual Alarm

Tabletop Insulation Layer

High-temperature resistant ceramic fiber board,

 temperature resistance ≥1000℃, 

can directly support steel billets above 800℃

🔥 High-Temperature Resistant Technology, Eliminating the Risk of "High-Temperature Shutdown"
Utilizing an H-class insulated high-temperature resistant motor, it can operate stably in continuous high-temperature environments above 180℃. Combined with a full-vehicle heat insulation layer, it withstands the baking heat of high-temperature steel billets without fail.

Customized anti-oxidation sliding contact line, with a special protective coating, maintains stable power supply even under the dual corrosion of dust and high temperatures, completely eliminating the pain point of "power outages due to thermal expansion and contraction."

⚡ Sliding contact line power supply, 24/7 uninterrupted production
The continuous power supply mode of the sliding contact line eliminates the need for frequent charging and battery replacements, meeting the high-frequency transfer needs of steel mills operating on three shifts.

Dustproof and oxidation-resistant design, suitable for high-dust environments in metallurgical workshops, ensuring uninterrupted power supply from the smelting furnace to the rolling mill.

🎮 Wireless remote control: One person manages tens of thousands of tons of steel. The industrial-grade wireless remote control system supports forward, reverse, and precise speed adjustment, eliminating the need for operators to be on-site, protecting them from high-temperature radiation and the risk of billet falls.

One-button operation with a response time of less than 0.5 seconds increases cross-workshop transfer efficiency by 30%, making high-temperature production safer and more efficient.

🚚 Rock-solid stability under heavy loads, protecting every billet. The track-type load-bearing structure and heavy-duty frame design can easily carry tens to hundreds of tons of high-temperature steel billets, ensuring smooth and stable operation and preventing billet displacement and damage from impacts.

Compatible with standard steel mill tracks, seamlessly connecting with the production line to achieve a closed-loop transfer process from smelting to rolling to finished product storage.

✅ Applicable scenarios: High-temperature steel billet/hot steel ingot transfer in steel metallurgical plants, hot casting transportation in foundry workshops, and cross-workshop transfer of overweight workpieces in heavy machinery plants.

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