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Porcelain Fused To Metal
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Strong Metal Ceramic Bond Porcelain Fused To Metal Dental Restoration Good Biocompatibility

Strong Metal Ceramic Bond Porcelain Fused To Metal Dental Restoration Good Biocompatibility

Rincian produk:
Tempat asal: Shenzhen, Tiongkok
Nama merek: BR
Nomor model: Buatan khusus
Informasi Rinci
Tempat asal:
Shenzhen, Tiongkok
Nama merek:
BR
Nomor model:
Buatan khusus
Proses manufaktur:
Menggabungkan Porselen Ke Substruktur Logam Dengan Menembak
Biaya:
500KG
Koefisien ekspansi termal:
Cocok Antara Logam Dan Porselen
Estetika:
Penampilan Gigi Alami
Daya tahan:
Tinggi
Tipe material:
Basis Paduan Logam Dengan Lapisan Porselen
laboratorium gigi Tiongkok:
Laboratorium gigi
Ketahanan terhadap keausan:
Tinggi
Menyoroti:

High Light

Menyoroti:

Strong Metal Porcelain Fused To Metal

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Ceramic Bond Porcelain Fused To Metal

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Good Biocompatibility pfm porcelain fused metal crown

Trading Information
Kuantitas min Order:
Bisa dinegosiasikan
Harga:
Bisa dinegosiasikan
Kemasan rincian:
Kantong plastik dan kotak karton
Waktu pengiriman:
5-8 Hari Kerja
Syarat-syarat pembayaran:
T/T
Menyediakan kemampuan:
Dengan tim teknis profesional 530 orang
Deskripsi Produk
Strong Metal-ceramic Bond Porcelain Fused to Metal Dental Restoration with Good Biocompatibility and High Durability From Chinese Dental Lab
Porcelain Fused to Metal (PFM) restorations provide an optimal balance of strength, durability, and aesthetics in restorative dentistry. Featuring a high-quality Cobalt-Chromium (CoCr) metal base with superior biocompatibility and mechanical properties, these restorations are meticulously coated with dental porcelain that fuses securely to the metal surface.
Product Features
  • Product Name: Porcelain Fused to Metal
  • Porcelain Type: Dental Ceramic
  • Color: Customizable to match natural teeth
  • Bond Strength: Strong metal-ceramic bond for durability
  • Resistance to Wear: High wear resistance ensuring long-lasting performance
  • Applications: PFM Full Crown, PFM Implant Crown, and PFM Bridge
  • Manufactured by: China Dental Lab
Technical Specifications
Color Custom
Thickness Typically 0.5-1.5 mm porcelain layer
Manufacturer China Dental Lab
Cost Moderate to High
Durability High
Material Type Metal alloy base with porcelain coating
Biocompatibility Good
Color Options Tooth shade matched
Porcelain Type Dental Ceramic
Esthetics Natural tooth appearance
Applications
PFM Full Crowns
Ideal for restoring severely damaged or decayed teeth, providing excellent protection while maintaining a natural appearance with precise color matching to existing teeth.
PFM Dental Veneers
Durable and aesthetically appealing solutions for discolored, chipped, or slightly misaligned teeth, offering enhanced strength compared to all-ceramic alternatives.
PFM Fixed Bridges
Excellent for replacing multiple teeth, restoring both function and aesthetics to the dental arch with exceptional strength to withstand biting forces.
PFM Implant Crowns
Specifically designed for dental implants, delivering durable and lifelike restorations that integrate seamlessly with surrounding dentition.
Customization Services
Our PFM products offer exceptional customization tailored to specific dental restoration needs. The manufacturing process involves fusing porcelain onto a metal substructure by firing, ensuring a strong metal-ceramic bond for maximum durability. The porcelain layer typically ranges from 0.5 to 1.5 mm thickness, providing optimal balance between aesthetics and strength for both fixed and removable dental solutions.
Packaging & Shipping
Each PFM unit is securely placed in custom-fitted protective casing with cushioning materials to prevent damage during transit. We use reliable carriers with tracking options and offer various shipping methods including expedited and standard delivery services. Upon receipt, please inspect packages immediately and contact our customer service team with any concerns.
Key Advantage: The matched thermal expansion coefficient between the metal alloy base and porcelain coating ensures both materials expand and contract at similar rates, significantly reducing the risk of cracking or delamination for enhanced longevity and reliability.