Aluminum oxide ceramic rods have good toughness, high strength, stable structure, smooth and bright surface, uniform stress, good electrical properties, and low thermal conductivity.
Aluminum oxide ceramic rods are highly favored due to their high purity and excellent thermal stability. Its ability to operate in extreme high temperature environments makes it an ideal choice for many applications.
Strength and hardness: Alumina ceramic rods have excellent mechanical properties, outstanding compressive and bending strength, and high hardness. This enables it to withstand heavy stress and harsh conditions in many engineering applications.
Ceramic rods are widely used in electronic manufacturing, stoves, glass semiconductors, aerospace, piezoelectric components, ceramic capacitors, electrical components, solid electrolyte batteries, ceramic bearings, metallurgical industry, electronics, optical communication, automotive industry, electrical industry, chemical industry, textile industry, daily life and many other industries.
وصف
Good insulation and corrosion resistance
Has excellent chemical properties and resistance to metal corrosion, high hardness, insulation and corrosion resistance, and is durable
Preferred materials for high temperature resistance
99% alumina ceramics can withstand temperatures up to 1700 ℃, suitable for various high-temperature environments and fields with high temperature resistance requirements
Smooth and burr-free
Adopting fine craftsmanship, the surface is smooth and shiny without burrs, and has a good hand feel when used
قضبان سيراميك ألومينا 99% للصناعات الميكانيكية والكيميائية، الطول 300 مم، 12 مم × 300 مم
KWD 13
تستخدم قضبان العزل الخزفية من الألومينا في الصناعات الكيميائية والإلكترونية الميكانيكية بقطر 8-14 مم وطول 100 مم.،9 مم × 100 مم
KWD 5
تُستخدم قضبان سيراميك الألومينا بنسبة 99٪ في الصناعات الكيميائية لآلات الإلكترونيات، الطول 360 مم، 8 مم × 360 مم
KWD 8.500
يتم استخدام صفائح سيراميك الألومينا HAOTAISH لتبريد الأجزاء الميكانيكية لمحرك التبريد، سمك 2/2.5 مم، 70 مم × 70 مم × 2.5 مم
KWD 5
