Automatic PC Bar Heading Machine for Prestressed Spun Pile

• After-sales Service: 1 Year
• Warranty: 1 Year
• Type: Steel Processing Machinery
• Shotcrete Type: Production Line
• Machining Process: Vacuum
• Structure: Vacuum, Hydraulic
• Model NO.: Tangchen
• Productivity: 90-120 Days/Project
• Feeding Height: Automatic
• Vibrating Amplitude: Adjustable
• Certification: ISO9001: 2000, CE, BV
• Condition: New
• Color: According to Coating
• Scope of Application: Production of Concrete Spun Pile
• Power: 380V/50Hz Three-Phase Power Supply
• Trade Terms: Ex Works/Fob/CIF
• Delivery Time: 45 Working Days
• Technological Advantage: Our Engineer Is Highly Educated and Experienced
• Transport Package: as Per The Standard Export Packing, Sea Worthy PAC
• Specification: according to design
• Trademark: Tangchen
• Origin: China
• HS Code: 8480600000
• Production Capacity: 20 Sets/Month

Product Description

1. This machine is used to automatically head PC steel rods.

2. The length of applicable PC steel rod is within the range of 6-15 m.

3.  Power: 380V/50Hz
 

Jiangsu Tang Chen Machinery Equipments Manufacturing Co., Ltd. is Founded in 2011 with registed capital of 25,000,000 CNY, covering a total area of 13.34 hectare including 43000 square meter workshop.

The company mainly focuses on the R&D, production and sales of the mould & equipment for precast concrete elements, especially for concrete spun pile and spun pole.

Instead of only supplying machinery, we provide integrated solution with value added service, so that customers can easily start production by simply turning the key.

Currently the company have exported to Korea, Vietnam, Malaysia, Bangladesh, Cambodia and Indonesia. And have successfully built more than 10 overseas projects.

We are confident we will always be the right choice for you! 

Tangchen can provide profecssional concrete production line.

 

step 1	raw material mixing & steel bar cage making
step 2	cage placing & concrete feeding
step 3	stressing
step 4	centrifugal spinning
step 5	steam curing
step 6	demoulding
step 7	high pressure curing