الفولاذ المقاوم للصدأ DIN439 هيكس رقيقة المكسرات ISO4035 معتمدة 100٪ اختبار

فيديوهات أخرى
August 07, 2025
اتصال الفئة: عرافة رئيس البندق
Brief: Discover the Stainless Steel DIN439 Hex Thin Nut ISO4035 Certified, precision-engineered for industrial applications. These high-grade stainless steel nuts offer exceptional corrosion resistance and mechanical strength, adhering to DIN439 and ISO8675 standards. Ideal for high-vibration environments and corrosive media in oil, chemical, and energy industries.
Related Product Features:
  • Made from high-grade stainless steel (304/A2-70 or 316/A4-80) for exceptional corrosion resistance.
  • Adheres to international standards including DIN439 and ISO8675 for reliable performance.
  • Low-profile design with chamfered edges (Grade A/B) for seamless integration in confined spaces.
  • Available in metric sizes from M8 to M64, with custom OEM services for non-standard dimensions.
  • Suitable for high-vibration environments and corrosive media in oil, chemical, and energy industries.
  • Export-ready compliance to global markets with bulk packaging options (carton/pallet).
  • Precision-engineered for demanding industrial applications with 100% testing certification.
  • Convenient export services with same-day warehouse delivery for stock items.
الأسئلة الشائعة:
  • What materials are used in the Stainless Steel Hex Thin Nut DIN439 ISO4035?
    The nuts are made from high-grade stainless steel (304/A2-70 or 316/A4-80), offering exceptional corrosion resistance and mechanical strength.
  • What standards do these hex thin nuts comply with?
    These nuts adhere to international standards including DIN439 and ISO8675, ensuring reliable performance in industrial applications.
  • Are custom sizes and packaging options available?
    Yes, we provide custom OEM services for non-standard dimensions and bulk packaging options (carton/pallet) to meet specific requirements.
فيديوهات ذات صلة

المسامير ذاتية الضغط

برغي التنصت الذاتي
November 13, 2025

ملف الشركة

ملف الشركة
January 09, 2025