35 Cbm Dump Semi Trailer of 3 Axle for Sand and Gravel Transport

• Warranty: 12 Months Warranty
• Type: Semi-Trailer
• Load Capacity: 50T
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: Dump truck
• Certification: ISO9001
• Grade: Heavy Duty
• Types of Suspension Systems: Heavy Duty Mechanical Suspension
• Shape: Van-type
• Axle Number: 3 Axle
• Tire Number: 12wheeler
• Self-dumping: Self-dumping
• ABS Anti-lock Braking System: ABS Anti-lock Braking System
• Material: Steel
• Condition: New
• Overall Dimension: 9300mm*2500mm*3700mm
• Volume: 35 Cbm
• Axles: 3 Axles
• Suspension: Heavy Duty Mechanical Suspension
• Tire: 12 Units
• King Pin: 90#
• Brake System: Wabco
• Electrical System: 24V, LED Lights
• Tipping System: 196 Hydraulic Cylinder
• Transport Package: by Sea/by Bulk/by Frame/Container
• Trademark: FORTIUS
• Origin: Shangdong, China
• HS Code: 8716399000
• Production Capacity: 5000units/Year
• Package Size: 930.00cm * 250.00cm * 370.00cm
• Package Gross Weight: 15000.000kg

Product Description

      35 CBM Dump Semi  Trailer of 3 Axle For Sand and Gravel Transport

Overall dimension	9300mm * 2500mm *3700mm
Volume	35CBM
Axles	3 axles
Suspension	Heavy duty mechanical suspension
Tipping system	196 hydraulic cylinder
Tire	12 units
King pin	90#
Landing gear	JOST
Brake system	WABCO
Electrical system	24V, LED lights

Advantage:
1. Hydraulic cylinder: The heavy-duty cylinder with a wider diameter, stronger lifting capacity and higher height, which makes the lifting more stable and does not easy to roll over.
2. Double-plate main beam for tipper semi trailer, which has a stronger carrying capacity, it is not easy to damage.
3. with 4 units vice beam and cross balance beam. The lattice structure of the side door makes the side door more solid.
4. The leaf spring is widened and thickened, the shock absorption effect is good.
5. Strengthened Ribs, unique structure design to maximize the payload.