9.5m Paving Width Road Paver Srp95m Asphalt Concrete Paver with 850t/H Capacity

• Customization: Available
• After-sales Service: 1 Year
• Warranty: 1 Year
• Model NO.: SRP95M
• Type: Paver
• Object: Asphalt Concrete Pavement
• Moving Type: Mobile
• Mixing Method: Continuous Drum
• Automatic Grade: Automatic
• Product Capacity: 40～400t/h
• Certification: ISO9001: 2000, CE
• Condition: New
• Transport Package: Container/ RO-RO
• Specification: 7300*9500*3800mm
• Trademark: TOP BRAND
• Origin: China

Product Description

9.5m Paving Width Road Paver SRP95M Asphalt Concrete Paver with 850t/H Capacity

Contact us

Contact name: Suri Song

Mobile Phone: [phone]
 

Product Description

Multifunctional paver is a professional equipment use in asphalt concrete surface and base stabilized material paving of highway and other types of road. It is driven by hydraulic force and controlled by microcomputer; screed plate adopts double vibrating and eccentric vibratory compaction technology; material level adopts ultrasonic sensing control technology. This makes the paver have advantage of good paving stability, even material separating and feeding, high prepressing density, smooth surface and easy to operate. Therefore the S RP90S PLUS paver is an ideal construction machine for base and surface paving projects and it offers superior paving performance to maximize productivity while providing exceptional reliability.

Product Parameters 

MODEL:	SRP90S plus	SRP95M plus
Base Paving Width (m)	3-5.7	2.5
Maximum Paving Width (m)	9	9.5
Maximum Paving Thickness (mm)	350	350
Paving Speed (m/min)	0-18	0-18
Travel Speed (km/h)	0-2.4	0-2.4
Hopper Capacity (t)	15	15
Theoretical Productivity (th)	850	850
Camber Adjustment(%)	-1 - +3	-1 - +3
Climbing Ability (%)	20	20
Vertical Flatness (mm/3m)	<2	<2
Horizontal Slope Error (%)	±0.02	0.02
Density Distribution Error (%)	<5	<5
Heating Method	Gas heating	Gas heating
Lubrication Method	Centralized Lubrication
Diesel Engine	BF6M1013EC	BF6M1013EC/ Shangchai SC8D190G2

 

Details Images

Company Information