Rubber Vacuum Compression Molding Machine

  • Advanced Vacuum Compression Technology – Ensures bubble-free, high-density rubber products with superior surface finish.
  • Precision Temperature Control – ±1°C accuracy for consistent curing and optimized material properties.
  • Rapid Cycle Time – Automated pressure adjustment cuts production time by up to 30% vs. traditional methods.
  • Multi-Material Compatibility – Works with silicone, EPDM, NBR, and other rubber compounds for diverse applications.
  • Energy-Efficient Design – Reduced power consumption with smart hydraulic and heating systems.
  • Durable Industrial Build – Heavy-duty steel frame and corrosion-resistant components for long-term reliability.

Intelligent PLC Control

Our electrical control system adopts a PLC and touch screen control method, utilizing world-renowned electrical brands. By integrating expertise from both the electrical and rubber processing fields for software optimization, we have developed a unique rubber production control system where stability and intelligence are our utmost pursuits.

The temperature control system employs solid-state controllers with a precision of ±1°C, significantly ensuring the quality of rubber vulcanization.

Precision Vulcanization Control

Dynamic Adjustment
Real-time proportional pressure/flow adjustment during stages (mold closing, holding, demolding) ensures optimal curing.

Process Consistency
Uniform mold pressure via proportional valves prevents defects (under-cure/flash). Programmable curves guarantee batch-to-batch precision for automotive/industrial tolerances.

Adaptive Integration
Multi-recipe presets for compound/geometry changes. PLC/HMI compatibility enables centralized monitoring and automation.

Nitrided Hot Plates Enhance Vulcanizing Press Performance

  • Nitriding creates 0.2-0.5mm hardened layers (1,000-1,200 HV) for exceptional wear resistance against abrasive rubber compounds and pressure cycles.
  • Sustained flatness ensures consistent heat transfer, extending service life by resisting scratches and oxidation at 150-200°C.
  • Oxidation-resistant surfaces maintain ±1°C thermal stability, critical for precision vulcanization in automotive/industrial applications.

Vacuum Pumps in Vulcanizing Presses: Key Benefits

  1. Eliminate Air Defects: Remove trapped air, moisture, and volatiles during vulcanization to prevent blisters, porosity, and incomplete curing.

  2. Boost Product Integrity: Ensure uniform material density for airtight seals, gaskets, and vibration dampers.

  3. Enhance Process Precision: Achieve defect-free rubber components critical for automotive/industrial applications.

Automated Mold Opening System: Core Advantages

  • 70% Faster Cycles: Auto-handling completes in <10s (vs. manual 30s), boosting throughput.
  • Labor-Saving Operation: Reduces reliance on skilled workers, ideal for labor-scarce regions.
  • Smart Maintenance: Self-lubrication extends component lifespan (guide rails/bearings).
  • PLC/HMI Control: Customizable parameters (speed/sequence) via touchscreen.

Video of Rubber Vacuum Compression Molding Machine

  • Double powers, double oil pumps, double motors and double oil coolers are applied for the two axles to work independently.
  • The oil system is unique in design, with good stability, faster lift-up and lift-down speed compared with other brands during unloading/loading mold.
  • High vacuum and the average pumping method are applied for the manufacture of stable products and improving the quality and productivity.
  • The pedestal vacuum oxygen tank provides large oxygen storage space.
  • The new mold raising mechanism design has the advantages of long working life,quiet mold-uploading/loading, fastness and stability.
  • This is suitable for the highly precise products such as Melamine,rollers, shoes, medical drug plugs, automobile parts, shake-proof products, gaskets, conductive products and electronic equipment. 

Models of Rubber Vacuum Compression Molding Machine

Model 200Ton 250Ton 300Ton 350Ton 400Ton 500Ton
Clamping force(Ton) 200 250 300 350 400 500
Stroke(mm) 250 250 250 300 300 300
Heating plate size(mm) up 503x508mm down 554x560mm up 600x600mm down 600x650mm up 600x600mm down 650x650mm up 700x700mm down 750x750mm up 800x800mm down 850x850mm up 950x950mm down 1000x1000mm
Main cylinder diameter(mm) 355 400 450 475 500 560
Horse power(HP) 10×2 10×2 10×2 15×2 15×2 15×2
Electrical power(KW) 22 34 34 43 48 72
Gross weight(KG) 90000 11500 13500 16500 19500 23500
Machine size(L*W*H mm) 3000x2360x2330 3300x2710x2530 3450x2630x2600 3600x2950x2600 3800x3300x2800 4200x3600x3300

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