QT418 Hydraulic Automatic Block Machine

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MOQ : 1 Unit

QT418 Hydraulic Automatic Block Machine Specification

Product Type
Block machine

General Use
Block making

Material
Steel structure

Capacity
16000 pcs/day (Holland paver)

Weight (kg)
Not stated

Type
Other

Computerized
Yes

Automatic
Yes

PLC Control
Yes

Method
Hydraulic automatic

Vibration Frequency
50-65 KN

Maximum Pressure
Hydraulic system; not stated

Machine Power
20 kW

Voltage
Not stated

Dimension (L*W*H)
3600 x 1500 x 2400 mm

Pallet Size
850 x 550 mm

Minimum Height
Not stated

Maximum Height
Not stated

Number of Bricks
26 pcs (standard), 4-8 pcs (hollow), 8 pcs (paver), 14 pcs (Holland paver)

Feature
Automatic hydraulic operation

Color
Yellow/black

Molding cycle
15-20 seconds

8 inch hollow output
4 pcs/cycle

I-shape paver output
8 pcs/cycle

4 inch hollow output
7 pcs/cycle

Paver block output
14 pcs/cycle

6 inch hollow output
5 pcs/cycle

5 inch hollow output
6 pcs/cycle

Solid brick output
26 pcs/cycle

Color scheme
Yellow/black combo

QT418 Hydraulic Automatic Block Machine Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
3 Units Per Month

Delivery Time
45 Days

Main Domestic Market
All India

About QT418 Hydraulic Automatic Block Machine

The QT418 Hydraulic Automatic Block Machine stands as a highly recommended solution for modern block production, delivering first-class results with eminent efficiency. Designed with a wondrous yellow and black facade, this machine ensures substantial savings on labor and time with its automatic operation and PLC control. The hydraulic system and table vibration method provide consistent, ephemeral molding cycles of just 15-20 seconds. Capable of producing up to 16,000 Holland pavers per day and various other blocks, it is an ideal partner for advanced manufacturing operations across India.

Distinctive Features and Versatile Applications of QT418 Hydraulic Block Machine

The QT418 hydraulic automatic block machine is defined by its eminent automatic operation, steel structure, and computerized PLC control. Its wondrous molding capability supports six different block types, making it a versatile choice for both hollow and solid block needs. Highly recommended for construction businesses, it features table vibration with adjustable frequency up to 65 KN. Beyond standard uses, it can be trusted for paver and I-shape brick production, serving multiple construction and infrastructure projects alike.

Export Markets, Payment Terms, and Packaging of QT418 Hydraulic Block Machine

The QT418 enjoys a prominent presence in international markets, with consistent shipment to various countries and regions. Eminent service providers and suppliers from India offer competitive sale prices and favorable payment terms to facilitate rate negotiations. Every unit is carefully packaged to ensure safe delivery, preserving the ephemeral quality during transit. Secure shipment methods and robust packaging details are emphasized to guarantee product integrity, marking it as a preferred choice for discerning buyers globally.

FAQ's of QT418 Hydraulic Automatic Block Machine:

Q: How does the QT418 Hydraulic Automatic Block Machine optimize block production?

A: The QT418 utilizes a highly efficient hydraulic system with PLC control and table vibration technology, enabling fast, consistent molding cycles and significant savings in production time and labor costs.

Q: What types of blocks can be produced with the QT418 machine?

A: This eminent block machine is capable of producing hollow blocks in various sizes, solid bricks, I-shape pavers, and Holland pavers, making it versatile for different construction applications.

Q: Where is the QT418 Hydraulic Automatic Block Machine commonly used?

A: The QT418 is widely used in construction projects across India and exported globally, often preferred by service providers, suppliers, and traders for its robust build and automated operation.

Q: What are the main benefits of using this hydraulic block machine?

A: Users benefit from reduced labor requirements, rapid mold cycles, consistent output quality, and the ability to manufacture multiple block shapes effortlessly, which altogether lead to operational savings.