Zirconia Ceramic Trapezoid Utility Blades – 10 Pack Replacement Blades
Product Properties
Downloads & Resources
| Resource Type | Link |
|---|---|
| Safety Data Sheet (SDS) | MSDS_Zirconia_Ceramic_EN |
| Technical Data Sheet (TDS) | Zirconia Ceramic Material Properties – SU0451 |
Product Details
High-Performance Trapezoid Zirconia Ceramic Blades
Crafted from premium zirconia ceramic, these trapezoid-shaped blades deliver precise, clean cuts for a variety of materials. The trapezoid design ensures stability and accuracy during cutting tasks.
Durable & Wear-Resistant
Made from high-hardness zirconia ceramic, these blades resist wear and maintain their sharp edge over repeated use, reducing the need for frequent replacements.
Versatile Use for Many Materials
Ideal for cutting paper, cardboard, foam board, plastic sheets, fabric, rubber, and vinyl. Perfect for crafts, packaging, DIY projects, and general utility knife tasks.
Two Tip Styles — Rounded-Tip or Pointed-Tip
Choose the rounded-tip style for safer general cutting, or the pointed-tip style for precise, detailed work.
Corrosion-Resistant & Low Maintenance
Unlike metal blades, the ceramic composition resists rust and corrosion, and is suitable for humid or chemically aggressive environments.
Lightweight & Easy to Handle
The low-density ceramic reduces hand fatigue during extended use, ideal for repetitive cuts or detailed craft projects.
Great Value — 10 Pack for Continuous Use
Selling as a bundle of 10 trapezoid ceramic blades ensures a long-lasting supply for workshops, craft rooms, or everyday utility knife use.
Frequently Asked Questions
Zirconium oxide (chemical formula: ZrO₂) is an inorganic compound composed of zirconium and oxygen elements. It is the most stable oxide form of zirconium in the Earth’s crust. It is one of the most abundant metal oxides in Earth’s crust and is also an important raw material for high-performance ceramics, refractory materials, and functional materials in modern industry. Pure crystalline zirconium oxide rarely exists alone in nature. It is usually distributed in the form of secondary minerals within minerals such as zirconite (ZrSiO₄), and can be obtained with high purity through chemical purification or high-temperature treatment of zirconite.
The core characteristics of zirconia ceramics can be summarized as: extremely high strength and toughness (bending strength 900-1200 MPa, fracture toughness 5-10 MPa·m¹/², excellent impact resistance), durability in harsh environments (melting point 2715℃, resistant to high temperatures, resistant to strong acids/corrosion/maintenance), excellent biocompatibility (foundation for medical implant safety) , aesthetic performance similar to natural teeth (adjustable light transmission), and through doping, functional expansions such as piezoelectric/ion conduction are achieved, making it an ideal material for cross-domain high-end applications.
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