Yüksek Termal Verimlilik İki Katmanlı Çerçeve Plakası Vulkanlaştırma Makinesi - Kauçuk Fiberboard Üretimi İçin Kullanılır

Rubber Vulcanizing Press Machine
June 10, 2025
Kategori Bağlantısı: Kauçuk Vulkanizasyon Pres Makinası
Kısa: Discover the High Thermal Efficiency Two-layer Frame Plate Vulcanizing Machine, designed for manufacturing rubber fiberboard with precision. This machine ensures high pressure and temperature control for optimal vulcanization, suitable for various rubber sheets and fiber-reinforced composites. Perfect for small batch and multi-specification production.
İlgili Ürün Özellikleri:
  • Produces rubber sheets with thicknesses ranging from 1mm to 50mm.
  • Suitable for small batch and multi-specification production.
  • Çok katmanlı vulkanizasyon masası, verimliliği artırmak için eklenebilir.
  • High pressure (10-20MPa) ensures adequate rubber flow and eliminates air bubbles.
  • Temperature control (140-180°C) for different rubber types like NR and EPDM.
  • Special requirements for fiber-reinforced rubber sheets, including higher pressure (15-25MPa).
  • Common problems like bubbles, uneven thickness, and delamination are addressed with practical solutions.
  • Natural or water cooling methods prevent deformation and improve dimensional stability.
Sorular:
  • What types of rubber sheets can this vulcanizing machine produce?
    This machine can produce ordinary rubber sheets, insulating rubber sheets, oil-resistant, acid-resistant, and alkali-resistant rubber sheets, conductive/antistatic rubber sheets, and composite rubber sheets with fiber reinforcement layers.
  • What are the key technical parameters for vulcanization?
    The key parameters include temperature (140-180°C), pressure (10-20MPa), and vulcanization time (5-30 minutes depending on thickness). Cooling methods include natural cooling or water cooling.
  • How does this machine handle fiber-reinforced rubber sheets?
    For fiber-reinforced rubber sheets, the machine requires fiber pretreatment, higher vulcanization pressure (15-25MPa), and controlled temperature to avoid fiber aging. Pre-coating fibers with adhesive and increasing pressure ensures better adhesion.