logo
المنزل > المنتجات > الملبد الهيب فرن >
Zero Carbon Contamination: The Ruideer All-Metal Hot Zone Furnace for Titanium & Medical Implants

Zero Carbon Contamination: The Ruideer All-Metal Hot Zone Furnace for Titanium & Medical Implants

all-metal hot zone furnace,titanium sintering HIP furnace,medical implant sintering furnace

titanium sintering HIP furnace

medical implant sintering furnace

مكان المنشأ:

الصين

اسم العلامة التجارية:

Ruideer

إصدار الشهادات:

ISO CE

رقم الموديل:

RDE-4415-0Mo RDE-6612-0Mo

اتصل بنا
اطلب اقتباس
تفاصيل المنتج
تصنيف القوة:
260 كيلو فولت أمبير-320 كيلو فولت أمبير
الأعلى. تحميل الشحن:
500 كجم-1200 كجم
الأعلى. درجة حرارة العمل:
1600 درجة مئوية
منطقة التدفئة:
2/3 المناطق
فترة الضمان:
1 سنة
شروط الدفع والشحن
الحد الأدنى لكمية
1 مجموعة
الأسعار
قابل للتفاوض
تفاصيل التغليف
معفاة من القضية الخشبية التفتيش
وقت التسليم
في غضون 6 أشهر بعد توقيع العقد واستلام الدفعة المقدمة
شروط الدفع
الاعتماد المستندي، تي/تي
القدرة على العرض
8 مجموعات / شهر
وصف المنتج
When "Clean" isn't Clean Enough

For standard cemented carbide, a graphite furnace is perfect. But for Titanium Alloys (TC4), Medical Implants, and Refractory Metals, graphite is the enemy.

At high temperatures, carbon atoms from graphite insulation can migrate and react with sensitive materials, forming brittle carbides (like TiC). For a hip joint implant or an aerospace turbine blade, this micro-contamination can lead to catastrophic fatigue failure.

To achieve medical-grade purity, you need an environment that is physically incapable of producing carbon. You need the Ruideer All-Metal Molybdenum Heating Furnace (RDE-Mo Series)

The Ultimate Environment for Sensitive Materials

Designed for the most demanding applications in aerospace and healthcare, the RDE-Mo series replaces all carbon-based components with Molybdenum (Mo), Tungsten (W), and Stainless Steel.

1. 100% Carbon-Free Hot Zone
  • Insulation: Instead of graphite felt, we use a multi-layered All-Metal Heat Shield (Molybdenum + Stainless Steel). It reflects heat efficiently without outgassing carbon or particles.

  • Heating Elements: Made of high-purity Molybdenum Strip or Mesh.

  • Benefit: Eliminates the risk of surface carburization ("Alpha Case"), ensuring your Titanium implants retain their superior biocompatibility and fatigue strength.

2. Ultra-High Vacuum Capability (10-4 Pa)

Metal hot zones do not absorb gases like graphite does.

  • Performance: This allows the furnace to reach a deeper vacuum level faster. While standard furnaces operate at 10-3 Pa, our RDE-Mo series can be upgraded to reach 10-4 Pa upon request.

  • Result: Minimizes oxygen and nitrogen pick-up, crucial for sintering reactive metals like Titanium and Niobium.

3. Precision at 1600°C
  • Temperature Control: Utilizing W-Re thermocouples and advanced PID control, we maintain strict temperature uniformity even at the maximum operating temperature of 1600°

  • Application: Perfect for sintering MIM Titanium parts (watch cases, surgical tools) and annealing refractory metals.

Key Technical Specifications (RDE-Mo Series)
Parameter Specification
Max. Working Temperature 1600°C
Hot Zone Material Molybdenum / Stainless Steel (All-Metal)
Ultimate Vacuum Standard: 10-3/ Optional: 10-4 Pa
Leakage Rate 3 Pa/h (Average over 24h)
Cooling Time < 5h - 7h (Rapid cooling available)
Standard Models

RDE-4415-0Mo (400x400x1500mm)

RDE-6612-0Mo (600x600x1200mm)

Ideal Applications
  • Medical Implants: Titanium knee/hip joints, bone screws, dental implants.

  • Aerospace: Superalloy components, turbine blades.

  • Electronics: Refractory metal sintering (Tungsten/Molybdenum targets).

  • Luxury Goods: MIM Titanium watch cases and jewelry.

Protect Your Material Properties

Don't compromise your material's integrity with the wrong furnace. Choose the Ruideer All-Metal Solution for absolute purity.

Contact us today to discuss your Titanium or Superalloy sintering requirements.

أرسل استفسارك مباشرة إلينا

سياسة الخصوصية الصين جودة جيدة الملبد الهيب فرن المورد. حقوق الطبع والنشر © 2019-2025 sinterhipfurnace.com . كل الحقوق محفوظة.