آسیاب ماسه/مهره ای افقی سری LTD-B 6L با پین برای آسیاب فوق ریز

ویدیوهای دیگر
May 23, 2025
اتصال دسته بندی: آسیاب مهره ای از نوع پین
Brief: Discover the LTD-B Series 6L horizontal pin type sand mill/bead mill, designed for super-fine grinding in industries like inks, car paint, and coatings. With a 15Kw motor, it delivers fineness of 10-2μm, featuring durable materials and German mechanical seals for optimal performance.
Related Product Features:
  • Super-fine grinding for inks, car paint, anti-corrosion coatings, and more with fineness of 10-2μm.
  • Outer chamber made of carbon steel with chrome-plated or spray treatment for durability.
  • Inner chamber and rotor available in wear-resistant alloy steel for solvent-based products or PU material for water-based products.
  • Equipped with wear-resistant stainless steel discharge sieve screen for long-lasting use.
  • Features Burgmann mechanical seal from Germany for reliable operation.
  • 15Kw motor power ensures efficient grinding performance.
  • Production capacity ranges from 40-250L/h, suitable for various industrial needs.
  • Compact dimensions (900×750×1550mm) and lightweight (500Kg) for easy installation.
متداول:
  • What industries can benefit from the LTD-B Series 6L horizontal pin type sand mill?
    Industries such as inks, car paint, anti-corrosion coatings, water-based color paste, and wood coatings can benefit from its super-fine grinding capabilities.
  • What materials are used in the construction of the sand mill's inner chamber and rotor?
    The inner chamber and rotor are made of wear-resistant alloy steel for solvent-based products and PU material for water-based products, ensuring durability and performance.
  • What is the production capacity of the LTD06B model?
    The LTD06B model has a production capacity of 40-250L/h, making it suitable for various industrial grinding needs.
  • What type of mechanical seal is used in the sand mill?
    The sand mill is equipped with a Burgmann mechanical seal from Germany, known for its reliability and performance in demanding applications.