Fiber Asphalt Chip Sealer, 0812

Road construction equipment for synchronous spreading of asphalt, fiber and stone chips

Fiber Asphalt Chip Sealer, 0812

Road construction equipment for synchronous spreading of asphalt, fiber and stone chips

This fiber asphalt chip sealer stands out for its attractive design, excellent construction, and intelligent human-centric control. Combining rubber asphalt seal technology with fiber seal technology, allows for multiple chip seal technologies, expanding its use to meet the needs of different chip seal technologies within the industry.

This state-of-the-art fiber synchronous sealer is powered by a robust and reliable auxiliary engine system, paired with an ingenious patented hydraulic load sensing system that ensures continuous, consistent and abundant power is supplied to the entire machine.

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The Sinotruk SITRAK boasts a robust, fuel-efficient, and lightweight chassis, offering remarkable stability while navigating difficult terrain. It comes with a top-of-the-line, 297 kW (400 horsepower) engine that provides the fiber asphalt chip sealer with unrivaled power. The generously appointed cab offers ample room and optimal comfort, and is complemented by a range of luxury features such as a double-sleeper bunk and 360-degree image monitoring.
The advanced core control system delivers precise and adjustable spreading of different materials. Its variable construction parameters stay unaffected by the speed, allowing for accurate control of the material's quantity per area, and precise control of the amount of each material employed. Its flexibility allows for the adjustment of key parameters as needed without compromise in terms of speed or how much of each material is used.
Equipped with a control system that has both manual and automatic control modes, ensuring your construction operation. All types of spreading requirements can be completed either inside the cab or the rear console. Equipped with tank cameras and surveillance cameras at the back, operators can monitor the construction process from within the cab.
The whole machine has been equipped with a powerful and reliable auxiliary engine system, as well as a one-of-a-kind patented hydraulic load sensing system to ensure a robust, consistent power supply.
Parking heating does not require the primary vehicle to be powered on. During driving, the asphalt can be heated and insulated in order to boost the operation's effectiveness.
Double burners, U-shaped heating fire tubes, and heat transfer oil circulation heating all work in harmony to provide quick, efficient heating; the automated temperature control system also aids in achieving a temperature rise of no less than 20 degrees per hour.
The asphalt pipeline is equipped with an automatic control valve which allows for a simple one-button operation to complete a variety of construction cycles. The pipeline is filled with heat transfer oil, and when the construction is finished, the operation returns it to its original state without requiring any cleaning.
The sprinkling frame features an innovative double-row structure that allows for folding, unfolding, and adjustable height. The fiber spreading mechanism can also swing from left to right for convenience.
The stone system uses a belt conveyor mechanism which provides a consistent and reliable rate of transportation. Its construction is not impeded by heights, making it especially well-suited for use in viaducts, tunnels, and areas with sharp turns.
The spiral distributor has been designed to spread stones uniformly. Controlled by hydraulic pressure, it can stretch and adapt to meet different spreading widths.
By intelligently managing the output volume of the stone chip, configuring an ultrasonic material level monitoring system, and connecting a computer to coordinate automatic feeding and spreading, substantial precision can be achieved. This process is computer-controlled, allowing for the spreading of gravel to be done automatically and monitored in real time.
This patented fiber shearing and spreading device provides smooth and flexible shearing and spreading of fibers, as well as accuracy in controlling the amount of fiber used. The four-combination fiber box is designed with two groups on the front and back, which can be unfolded outwards independently. This allows for ample room around the box, making it easy to maintain and service.