Silicon nitride ceramic mortar with pestle, anti-pollution, corrosion-resistant and shock-resistant, direct sales and customization from the source manufacturer for laboratory grinding
Premium Silicon Nitride Ceramic Mortar and Pestle - HICERA
When it comes to laboratory grinding, contamination-free, corrosion-resistant, and durable tools are essential. The HICERA Silicon Nitride Ceramic Mortar and Pestle is designed to meet these demands with superior quality and performance.
Why Choose HICERA Silicon Nitride Ceramic Mortar and Pestle?
1. Exceptional Durability
Made from high-quality silicon nitride ceramic, this mortar and pestle boasts a Mohs hardness of 8.9-9, ensuring long-lasting performance even under rigorous use. Its low density of 3.26±0.02g/cm³ makes it lightweight yet incredibly tough.
2. Superior Corrosion Resistance
Unlike traditional materials, silicon nitride ceramic is highly resistant to strong acids, strong bases, and salts. This means it won’t react with your samples, ensuring contamination-free grinding every time.
3. Customizable Options
Available in various sizes, including a 30mm diameter mortar with a single pestle, HICERA offers customization to meet your specific laboratory needs. Whether you need a standard size or a custom design, we can accommodate your requirements.
4. Made in China, Trusted Worldwide
Manufactured in Hebei, China, HICERA products are known for their precision and reliability. Our silicon nitride ceramic mortar and pestle is an excellent choice for laboratories worldwide.
Applications
This mortar and pestle is ideal for:
- Sample preparation in chemistry and biology labs
- Grinding hard and brittle materials
- High-purity applications where contamination must be avoided
Order Yours Today!
Upgrade your lab equipment with the HICERA Silicon Nitride Ceramic Mortar and Pestle. Contact us for bulk orders or custom specifications. Experience the difference of high-quality ceramic grinding tools!
Note: Product images are for reference only. Actual product may vary slightly.
