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A Hydraulic Rubber Moulding Press Machine is a type of equipment used to manufacture rubber products, such as seals, gaskets, and other components, using hydraulic pressure and heat.
Key Features1. Hydraulic System: Uses hydraulic pressure to apply force and shape the rubber material.2. Heated Platens: Equipped with heated platens to cure the rubber material.3. Moulding Dies: Customizable moulding dies to produce specific rubber products.4. Control System: Advanced control systems to monitor and control temperature, pressure, and time.
Applications1. Automotive Industry: Used to manufacture rubber components, such as seals, gaskets, and hoses.2. Industrial Manufacturing: Used to produce rubber products, such as O-rings, gaskets, and seals.3. Aerospace Industry: Used to manufacture specialized rubber components for aerospace applications.
Benefits1. High Precision: Produces high-quality rubber products with precise dimensions.2. Efficient Production: Enables efficient production of rubber products with minimal waste.3. Flexibility: Can be used to produce a wide range of rubber products.4. Durability: Hydraulic rubber moulding press machines are built to withstand heavy-duty use.
Types of Hydraulic Rubber Moulding Press Machines1. Vertical Hydraulic Press: Suitable for producing small to medium-sized rubber products.2. Horizontal Hydraulic Press: Suitable for producing larger rubber products.3. Customizable Presses: Can be customized to meet specific production requirements.
Industries Served1. Rubber Manufacturing: Companies that specialize in rubber product manufacturing.2. Automotive Industry: Automotive manufacturers and suppliers.3. Aerospace Industry: Aerospace manufacturers and suppliers.4. Industrial Manufacturing: Companies that require rubber components for their products.

A 500-ton hydraulic rubber transfer molding machine is a high-capacity equipment used for manufacturing rubber products, such as seals, gaskets, and other industrial components. Here are some key details about these machines:
- Machine Specifications:    - Capacity: 500 tons    - Machine Type: 4-pillar type hydraulic press    - Heating of Platens: Electrical heater    - Control Type: Semi-automatic or automatic- Features:    - Smooth Operation: Ensures precise control over the molding process    - Perfect Operation: Minimizes defects and ensures high-quality products    - Low Maintenance: Designed for efficient operation with minimal downtime- Applications:    - Industrial Rubber Products: Seals, gaskets, and other components for various industries    - Automotive Industry: Custom rubber parts for vehicles    - Aerospace Industry: Specialized rubber components for aircraft and spacecraft

Here's what I found on 600-ton hydraulic rubber transfer moulding machines:
Machine Specifications and Pricing- 600 Tons Rubber Injection Transfer Moulding Press: This machine is designed for silent block production - 500 Tons Hydraulic Rubber Transfer Moulding Machine: Although not exactly 600 tons, this machine has a clamping force of 500 tons, heating platen size of 900 x 700 mm, 
Key Features- Clamping force: 500-600 tons- Machine type: 4-Pillar Type- Heating platen size: 900 x 700 mm (for 500-ton machine)- Daylight gap: 600 mm (for 500-ton machine)- Motor power: 40 HP (for 500-ton machine)- Working pressure: 210 bar (for 500-ton machine)
To get more information on 600-ton hydraulic rubber transfer moulding machines, you can contact these suppliers directly ¹.

Here's a technical overview of a 200 x 200 mm Laboratory-Type Compression Moulding Machine – 10 Ton capacity:

🔧 Specification: 🏗️ General Description:

A 10 Ton Laboratory Compression Moulding Press with a 200 mm x 200 mm platen size is typically used in R&D, material testing, prototyping, and quality control for small rubber, plastic, or composite samples.

📐 Technical Specifications: ⚙️ Applications:

• Material R&D (rubber, plastics, composites)

• Quality control labs

• Prototype part production

• Thermoset and thermoplastic moulding

• ASTM or ISO test specimen preparation

📸 Optional Add-ons:

• Mold temperature sensors (thermocouples)

• Digital force display or data logger

• Mold cooling system

• Vacuum chamber (for advanced composite use)

Would you like:

• A sample layout or 3D model?

• Vendor suggestions or build-your-own design support?

• Quotation/price estimation?

Here’s a complete technical overview of a 350 × 350 mm Rubber Vacuum Compression Moulding Press Machine (50 Ton Capacity) — designed for high-precision, void-free rubber and elastomer component molding in laboratory and industrial settings.

✅ Technical Specifications 🔧 Key Features

• Vacuum Chamber: Ensures void-free molding by eliminating trapped air and gases

• High-Precision Control: Ideal for technical rubber components and silicone molds

• Uniform Pressure & Temperature Distribution: For consistent product quality

• PLC or Manual Controls: Based on user preference and budget

• Ejector System (optional): Hydraulic or manual part ejection

🧪 Applications

• Molding of rubber gaskets, O-rings, diaphragms, seals, and bushings

• High-precision silicone, fluoroelastomer (FKM), or NBR component production

• Aerospace, medical, and automotive R&D and prototyping

• Fabrication of laminated composite sheets

⚙️ Optional Add-ons

Here's a breakdown of the 350 x 350 mm Rubber Vacuum Compression Moulding Press Machine (50 TON) specification and details you might want to include if you're looking to understand or present this machine clearly:

🛠️ Machine Overview:

Name: Rubber Vacuum Compression Moulding Press Machine
Platen Size: 350 mm x 350 mm
Clamping Force: 50 Ton (500 kN)
Type: Vacuum-assisted compression moulding
Application: Moulding rubber components with high precision and minimal air entrapment

🔧 Technical Specifications: ✅ Key Features:

• Vacuum chamber ensures bubble-free rubber products.

• Uniform heating through platens for consistent curing.

• Easy mold change and maintenance access.

• Digital temperature and pressure control for precise processing.

• Suitable for automotive, medical, and industrial rubber parts.

📦 Optional Add-ons:

• Auto mold opening/closing

• Auto demoulding system

• Data logging & recipe management

• Oil heating system instead of electric

• Servo hydraulic control

Let me know if you need:

• A quotation format

• A product catalog description

• A comparison with other tonnages (like 30T or 100T)

• Or assistance sourcing a manufacturer or supplier

Here is a basic specification format for a 750 x 750 mm Hydraulic Compression Moulding Machine, 150 Tons:

✅ Hydraulic Compression Moulding Machine

Model: RH-CMP-750x750-150T

Here's a standard specification overview for a 200 Tons Compression Moulding Press, commonly used in rubber, plastic, or composite material moulding:

🔧 Technical Specifications – 200 Tons Compression Moulding Press ✅ Optional Features

• Vacuum chamber for rubber moulding

• Tonnage & stroke control through HMI

• Automatic mould opening/closing

• Cooling system for platens

• Data logger for process parameters

A 250 Tons Rubber Transfer Moulding Press is a heavy-duty hydraulic press specifically designed for precision molding of rubber components using the transfer molding method. It’s ideal for high-accuracy applications like automotive rubber parts, gaskets, O-rings, and insulators.

✅ Key Features of 250 Tons Rubber Transfer Moulding Press 🔧 Working Process

1. Rubber is preheated in a transfer pot.

2. Plunger pushes rubber into the closed mould cavity through sprues.

3. Curing occurs under heat and pressure inside the mould.

4. Mould opens, and finished component is ejected.

⚙️ Typical Specifications 🏭 Common Applications

• Rubber bushings

• Automotive engine mounts

• Electrical insulators

• Seals and gaskets

• Composite parts (with prepregs)

A Bakelite Moulding Press is a specialized hydraulic press designed for moulding thermosetting plastic materials, especially Bakelite—a type of phenol-formaldehyde resin. These presses are commonly used for electrical components, handles, knobs, and other heat-resistant parts.

🔧 Key Features of Bakelite Moulding Press:

1. High Temperature Resistance:

   • Designed to handle moulding temperatures between 150°C to 200°C, essential for curing Bakelite.

2. Hydraulic or Toggle Mechanism:

   • Most presses are hydraulic compression moulding types, though toggle-type mechanical versions are also used for small batch production.

3. Ton Capacity:

   • Available in capacities from 10 Tons to 250+ Tons, depending on component size and mould area.

4. Mould Heating System:

   • Uses electric heaters or steam/oil circulation for even mould temperature distribution.

5. Platen Size:

   • Common platen sizes include:

     • 200x200 mm (Lab scale)

     • 300x300 mm, 400x400 mm

     • Custom sizes as per product

6. Cycle Automation (Optional):

   • Timers for heating, pressing, curing, and auto-decompression can be included.

📦 Typical Applications:

• Electrical switchgear components

• Plug tops, sockets, and insulators

• Automotive parts

• Kitchenware and appliance handles

• Telecom and circuit parts

✅ Advantages:

• High strength and precision moulding

• Excellent finish and dimensional accuracy

• Consistent heating for uniform curing

• Capable of mass production with high repeatability

📘 Example Specification (for 300 x 300 mm Lab Type Press):

A Bakelite Moulding Press is a specialized hydraulic press designed for moulding thermosetting plastic materials, especially Bakelite—a type of phenol-formaldehyde resin. These presses are commonly used for electrical components, handles, knobs, and other heat-resistant parts.

🔧 Key Features of Bakelite Moulding Press:

1. High Temperature Resistance:

   • Designed to handle moulding temperatures between 150°C to 200°C, essential for curing Bakelite.

2. Hydraulic or Toggle Mechanism:

   • Most presses are hydraulic compression moulding types, though toggle-type mechanical versions are also used for small batch production.

3. Ton Capacity:

   • Available in capacities from 10 Tons to 250+ Tons, depending on component size and mould area.

4. Mould Heating System:

   • Uses electric heaters or steam/oil circulation for even mould temperature distribution.

5. Platen Size:

   • Common platen sizes include:

     • 200x200 mm (Lab scale)

     • 300x300 mm, 400x400 mm

     • Custom sizes as per product

6. Cycle Automation (Optional):

   • Timers for heating, pressing, curing, and auto-decompression can be included.

📦 Typical Applications:

• Electrical switchgear components

• Plug tops, sockets, and insulators

• Automotive parts

• Kitchenware and appliance handles

• Telecom and circuit parts

✅ Advantages:

• High strength and precision moulding

• Excellent finish and dimensional accuracy

• Consistent heating for uniform curing

• Capable of mass production with high repeatability

📘 Example Specification (for 300 x 300 mm Lab Type Press):

Here is a complete overview of a Transfer Moulding Machine, widely used in rubber and thermoset molding industries:

✅ TRANSFER MOULDING MACHINE 📌 **What is Transfer Moulding?

Transfer moulding** is a process where the molding compound (rubber, epoxy, phenolic, etc.) is preheated in a pot and then transferred into a closed mold cavity using a plunger under pressure. This allows better control over material flow and is suitable for complex or precision parts.

⚙️ Technical Specifications – Typical Range: 🛠️ Key Features:

• Excellent repeatability and material distribution

• Ideal for molding precision rubber or epoxy components

• Minimal flash, better dimensional control

• Rigid structure for zero deflection

• Centralized lubrication system

• Timer-based curing & auto degassing

• Safety light curtains (optional)

🧰 Materials Processed:

• Rubber (NBR, EPDM, Silicone)

• Thermosets (Epoxy, Phenolic, Melamine)

• Composites (FRP, SMC in some cases)

• Encapsulation of electronic components

🏭 Applications:

• Electrical components (connectors, encapsulation)

• Auto rubber parts (bushings, gaskets, seals)

• Medical-grade silicone parts

• Industrial anti-vibration mounts

• Precision rubber-to-metal bonded components

🔧 Optional Add-ons:

• Servo-hydraulic system for energy efficiency

• Vacuum chamber for porosity-free parts

• Mould shuttle or tilting table

• Data logging system

• Auto degas cycle

• Mold temperature controller (MTC)

Would you like:

• A quotation?

• 2D/3D GA drawing?

• Rubber or epoxy-specific model?

Additional Information:

• Production Capacity: AS PER CUSTOMER
• Delivery Time: AS PER CUSTOMER
• Packaging Details: AS PER CUSTOMER

Here are the specifications for a Hydraulic Compression Moulding Press, suitable for molding rubber, plastic, SMC, BMC, DMC, and other composite materials:

✅ HYDRAULIC COMPRESSION MOULDING PRESS

Additional Information:

• Production Capacity: AS PER CUSTOMER
• Delivery Time: AS PER CUSTOMER
• Packaging Details: AS PER CUSTOMER

A Hydraulic Rubber Molding Press is a specialized machine used for molding rubber components by applying heat and pressure to raw rubber material in a mold cavity. These presses are commonly used in the automotive, electrical, footwear, and industrial sectors to produce gaskets, seals, o-rings, bushings, and other precision rubber parts.

🔧 Key Features of a Hydraulic Rubber Molding Press:

• Tonnage Capacity: Typically ranges from 20 Tons to 500+ Tons, depending on application.

• Frame Type: Available in 4-pillar type, H-frame, or C-frame.

• Heating System: Electric or steam-heated platens for uniform temperature distribution.

• Temperature Control: PID-controlled temperature systems for consistent molding.

• Daylight & Stroke: Customizable daylight opening and ram stroke to suit mold height.

• Hydraulic System: High-efficiency hydraulic pumps and valves for smooth operation.

• Ejector System: Automatic ejector pins/cylinders for easy part removal.

• Manual or PLC Control: Option for fully automatic cycle with PLC + HMI.

⚙️ Types of Rubber Molding Presses:

1. Compression Molding Press:

   • Most common.

   • Rubber is placed in an open mold, then compressed.

   • Suitable for simple shapes and low to medium production.

2. Transfer Molding Press:

   • Rubber is placed in a chamber, then transferred to the mold.

   • Suitable for complex parts with metal inserts.

3. Vacuum Molding Press:

   • Includes a vacuum chamber to eliminate air pockets.

   • Produces high-precision, void-free parts.

📐 Typical Technical Specifications: ✅ Advantages:

• Precise and consistent part quality.

• Can mold complex and large rubber parts.

• Energy-efficient with servo and PLC options.

• Minimal wastage with proper mold design.

Would you like help with:

• A catalog-style product description?

• A comparison with other molding machines?

• A quotation format or spec sheet template?

Additional Information:

• Item Code: RH...
• Production Capacity: AS PER CUSTOMER
• Delivery Time: AS PER CUSTOMER

An Industrial Hydraulic Rubber Moulding Press is a heavy-duty machine designed for shaping and curing rubber materials under high pressure and temperature. It is widely used in the manufacturing of rubber parts such as gaskets, seals, O-rings, tires, mats, and automotive or industrial components.

✅ Key Features of Hydraulic Rubber Moulding Press:

1. Robust Construction:

   • Heavy-duty frame (C-frame, H-frame, or 4-pillar type)

   • Precision ground platen for accurate mould alignment

2. Hydraulic System:

   • High-pressure hydraulic cylinders (single or double acting)

   • Pump: Gear/Vane/Servo-driven for energy efficiency

   • Pressure capacity: From 30 Tons to 1000+ Tons

3. Temperature Control:

   • Electric or steam heating platens

   • Thermostatically controlled heaters

   • Temperature range: up to 300°C

4. Control Panel:

   • PLC or HMI based control

   • Timer, temperature & pressure controls

   • Auto-degassing and ejector system (optional)

5. Operation Modes:

   • Manual / Semi-automatic / Fully automatic

   • Cycle time adjustment

6. Moulding Types Supported:

   • Compression moulding

   • Transfer moulding

   • Vacuum moulding (optional for improved quality)

📐 Technical Specifications Example (Customizable): ⚙️ Applications:

• Automotive: Bushings, grommets, seals

• Electrical: Rubber insulators, cable jointing kits

• Footwear: Soles, heels

• Medical: Rubber stoppers, mats

• General Industry: Gaskets, dampers, rubber pads

📸 Optional Add-ons:

• Vacuum chamber for air-free moulding

• Servo hydraulic system for energy savings

• Data logger for process tracking

• Quick die change system

Additional Information:

• Item Code: RH.
• Production Capacity: AS PER CUSTOMER
• Delivery Time: AS PER CUSTOMER

Here’s a complete specification and feature breakdown for a 600 x 600 mm Hydraulic Compression Moulding Machine – 100 Tons, suitable for medium-to-large rubber, plastic, or composite moulding applications:

🛠️ Machine Overview:

• Machine Name: Hydraulic Compression Moulding Press

• Platen Size: 600 mm × 600 mm

• Clamping Force: 100 Tons (1000 kN)

• Type: Standard or Vacuum-assisted (optional)

• Application: Rubber, thermoset plastics, FRP/SMC/BMC composites, gasket sheets, insulation panels, etc.

🔧 Technical Specifications: ✅ Key Features:

• Large platen area for bigger molds or multiple cavities

• Uniform pressure and temperature distribution

• Rugged construction with high precision movement

• Programmable curing cycles (via PLC)

• Low maintenance and user-friendly interface

• Optional safety light curtains and interlocks

🧰 Optional Features:

• Vacuum chamber integration (for air-free moulding)

• Auto mold closing/ejecting system

• Servo hydraulic system for higher energy efficiency

• Mold alignment guides or locator pins

• Data logging and Industry 4.0 integration

🧪 Applications:

• Rubber sheet or gasket moulding

• SMC/BMC composite panel moulding

• Cable insulation moulds

• Laboratory or production moulding

• FRP part production

Would you like:

• A quotation template

• A brochure-style description

• A PDF datasheet

• Help finding a manufacturer/supplier

• A comparison with 100T vacuum model