150 Ton Hydraulic Rubber Mold Press

150 Ton Hydraulic Rubber Mold Press Specification

Power
200-250 Volt (v)

Structure
Four-Column, Heavy-Duty Frame

Media
Hydraulic Oil

Usage
Industrial

Material
Stainless Steel

Air Consumption
High

Product Type
150 Ton Hydraulic Rubber Mold Press

Speed
Adjustable

Maximum Torque
150 Ton

Platen Size
900 mm x 900 mm

Heating Plate Temperature Range
Up to 300°C

Pressing Force
150 Tons

Weight
Approximately 6,500 kg

Motor Power
11 kW

Oil Tank Capacity
450 Liters

Daylight
800 mm

Cycle Time
60-120 seconds

Application
Rubber Molding, Automotive and Footwear Industries

Control System
PLC Controlled

Safety Features
Emergency Stop & Safety Guards

Cooling System
Integrated Water Cooling

Stroke
500 mm

Operating Voltage
380V / 50Hz

150 Ton Hydraulic Rubber Mold Press Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
50 Units Per Month

Delivery Time
7 - 10 Days

Main Domestic Market
All India

About 150 Ton Hydraulic Rubber Mold Press

Capitalise on the inestimable precision and productivity of the 150 Ton Hydraulic Rubber Mold Pressengineered for the ultimate performance in automotive and footwear industries. Buy online and explore unrivaled efficiency with its vast 900 mm x 900 mm platen size, adjustable speed, and impeccable safety features. The PLC-controlled system, heavy-duty stainless steel four-column frame, and integrated cooling system ensure long-lasting reliability. With up to 300C heating plate range and rapid 60-120 second cycle time, this press is the superior choice for industrial rubber molding operations. Manufactured and exported from India.

Key Features and Industrial Usage

This 150 Ton Hydraulic Rubber Mold Press features an advanced PLC control system for precision and ease of use. Crafted with stainless steel, its heavy-duty four-column frame ensures durability and reliability under high-pressure loads. Designed for industrial-scale applications, it delivers an impressive 150 tons of pressing force, making it an unrivaled asset in rubber molding for automotive and footwear manufacturing. Adjustable speed, a large 900x900 mm platen, and safety guards further elevate operational efficiency.

Sample Availability & Export Markets

Samples of the 150 Ton Hydraulic Rubber Mold Press are available for customers to review before purchase, ensuring confidence in the inestimable quality. With a strong export market presence, this press is supplied to numerous international clients, reflecting its significant estimated market value. Domestically, it serves leading manufacturers across India, solidifying its reputation as a reliable and value-driven solution for rubber molding industries nationwide.

FAQs of 150 Ton Hydraulic Rubber Mold Press:

Q: How does the PLC control system enhance the hydraulic presss performance?

A: The PLC control system provides precise command over temperature, pressure, and cycle time, ensuring consistent quality and safe operation during the rubber molding process.

Q: What industries typically use the 150 Ton Hydraulic Rubber Mold Press?

A: This press is widely used in the automotive and footwear industries for rubber molding applications owing to its high pressing force and large platen size.

Q: Where is this hydraulic rubber mold press manufactured and exported from?

A: The press is manufactured in India, serving both domestic and international export markets as a leading choice among manufacturers and suppliers.

Q: What safety features are integrated into the rubber mold press?

A: It includes an emergency stop function and robust safety guards designed to protect operators during high-pressure molding operations.

Q: What are the main benefits of using a heavy-duty four-column structure in the press?

A: The four-column, heavy-duty frame ensures optimal stress distribution, increased stability, and longevity for continuous industrial use.

Q: When is it suitable to use the 150 Ton Hydraulic Rubber Mold Press?

A: It is ideal for use in high-volume industrial settings where consistent large-scale rubber molding is required, especially when rapid cycle times are essential.