Rotary Join Slip Ring Gold-Gold Contact

mini conductive slip ring
June 09, 2025
Kategorie-Verbindung: Leitfähiger Rutschring
Brief: Discover the high-performance Conductive Mini Slip Ring with Gold-Gold Contact, designed for durability and precision in demanding environments. This wear-resistant slip ring offers excellent conductivity and resistance to vulcanization, making it ideal for industrial applications.
Related Product Features:
  • Gold-gold contact ensures high conductivity and resistance to vulcanization, oxidation, and corrosive gases.
  • Integrated pouring process guarantees concentricity of the ring groove and bearing ≤ 0.01 mm.
  • Mirror processing technology achieves a contact surface finish of Ra0.02 for reliable performance.
  • Precision component manufacturing ensures dimensional tolerances < 0.01mm for stable contact.
  • Brush design close to zero pressure extends the slip ring's service life by 1/3.
  • Compact and small size structure meets space constraints in various applications.
  • Made of integral stainless steel metal structure, suitable for extremely harsh environments.
  • Rated speed of 0-250 rpm and a working life of 10 million rotations ensure long-term reliability.
FAQs:
  • What are the key advantages of the Gold-Gold Contact Mini Conductive Slip Ring?
    The slip ring features gold-gold contact for high conductivity, resistance to vulcanization, and excellent wear resistance. It also includes precision manufacturing processes for stable performance and a compact design for space-constrained applications.
  • What is the rated speed and working life of this slip ring?
    The slip ring has a rated speed of 0-250 rpm and a working life of 10 million rotations, ensuring long-term reliability in demanding environments.
  • Is this slip ring suitable for harsh environments?
    Yes, the slip ring is made of integral stainless steel metal structure, making it highly durable and suitable for extremely harsh environments, including those with corrosive gases and high temperatures.