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Mortar And Pestle, 80 Mm Diameter
The Anchor Brand laboratory porcelain mortar and pestle offers an 80 mm diameter mortar and pestle with a 60 ml working volume and a net weight of 250 g. Constructed from uniform, dense porcelain, it provides stable mechanical strength, low permeability, and high raw‑material durability. The glazed version resists temperatures up to 1050 °C, while the unglazed version withstands up to 1350 °C, making it suitable for a wide range of laboratory, pharmaceutical, biotech, analytical and food‑processing applications.
Product Specifications
| Product Name | Mortar And Pestle, 80 Mm Diameter |
| Pestle Diameter | 80 mm |
| Mortar Diameter | 80 mm |
| Mortar Volume | 60 ml (Small Size) |
| Material | Porcelain |
| Brand | Anchor |
| High Raw Materials | Yes |
| Strength | Stable Mechanical Strength |
| Permeability | Low Permeability |
| Glazed Piece Temperature Resistance | 1050 °C |
| Unglazed Piece Temperature Resistance | 1350 °C |
| Weight | 250 g |
| SKU | 7_1302_20 |
Applications and Benefits:
- Grinding and crushing herbs, spices, and botanical material
- Laboratory sample preparation and chemical mixing
- Pharmaceutical compounding and biotech research
- Food processing and culinary formulation
- Analytical chemistry and research‑development workflows
Key Features and Benefits
- High raw‑material content ensures durability
- Uniform, dense porcelain provides stable mechanical strength
- Low permeability minimizes contamination risk
- Glazed version tolerates up to 1050 °C; unglazed up to 1350 °C
- 80 mm diameter and 60 ml capacity enable efficient material handling
- Smooth porcelain surface is easy to clean and maintain
- Weight of 250 g offers a balanced, stable workpiece
Caution:
Handle with care despite high temperature resistance; avoid sudden thermal shock and use appropriate protective equipment when operating at elevated temperatures.
Brass Ball, 3/4 Inch Diameter
Looking for a high-quality brass ball that's perfect for your next project? Look no further than our 3/4 inch diameter brass ball. Made from top-grade materials and designed with precision, this brass ball is ideal for a wide range of applications, from decorative accents to industrial machinery. With its durable construction and reliable performance, it's sure to meet all your needs and exceed your expectations.
Product Specifications
| Product Name | Brass Ball |
| Material | Brass |
| Diameter | 3/4 Inch |
| Model | MSBB18 |
Note:
All dimensions listed are approximate and for general reference only. These products are not manufactured to scientific or precision-grade tolerances. Actual dimensions may vary up to ±5% from stated specifications due to manufacturing processes and environmental conditions. If your application requires exact measurements, please verify dimensions prior to buy.
Applications and Benefits:
- Industrial manufacturers requiring small brass balls for machinery
- Jewelry makers needing high quality brass balls for accessories
- Artists looking for unique materials to incorporate in their work
- Metal enthusiasts and collectors seeking rare brass balls
- Home decorators looking for decorative brass accents
- DIY enthusiasts needing brass balls for various projects
Caution:
This is a solid metal sphere. It may pose an impact hazard or roll if not secured properly. Not suitable for unsupervised use by children. Use with appropriate safety considerations in mechanical or decorative installations.
Small Steel Balls, 1/2 Inch
Polished, hardened steel balls with a diameter of 1/2 inch (about 12 millimeters) for mechanics and magnetism experiments. These balls can be used as a substitute for iron filings for studying the phenomenon of magnetic fields, as they form clusters and chains between unlike poles of magnets. Made of polished, hardened spheres.
Product Specifications
| Diameter | 1/2 inch (about 12 millimeters) |
| Material | Polished, hardened steel |
| Uses | Mechanics and magnetism experiments, substitute for iron filings for studying magnetic fields |
Note:
All dimensions listed are approximate and for general reference only. These products are not manufactured to scientific or precision-grade tolerances. Actual dimensions may vary up to ±5% from stated specifications due to manufacturing processes and environmental conditions. If your application requires exact measurements, please verify dimensions prior to buy.
Applications and Benefits:
- Mechanics and physics enthusiasts
- Science teachers and students
- Magnetism experimenters
- Individuals interested in studying magnetic fields
- People looking for a substitute for iron filings
- Anyone looking for high-quality, polished steel balls
Caution:
These steel balls are small and can pose a choking hazard. Keep out of reach of children and use with caution during experiments. Do not use near magnetic-sensitive electronics without proper shielding.
Steel Balls, 1/4" Diameter
Steel Balls 1/4" Diameter are small steel balls with a diameter of about 6 millimeters, perfect for use in mechanics and magnetism experiments. These balls can be used as a substitute for iron filings to study the phenomenon of magnetic fields. They form clusters and chains between unlike poles of magnets, making them a great tool for exploring the properties of magnets. These balls are made of polished, hardened spheres, ensuring their durability and longevity. Add Steel Balls 1/4" Diameter to your collection of scientific equipment today!
Product Specifications
| Product Name | Steel Balls 1/4" Diameter |
| Material | Steel |
| Diameter | 1/4" (approx. 6mm) |
| Usage | Used in mechanics and magnetism experiments as a substitute for iron filings to study magnetic field interactions. Form chains and clusters between unlike magnetic poles. Made of polished, hardened steel for durability. |
Note:
All dimensions listed are approximate and for general reference only. These products are not manufactured to scientific or precision-grade tolerances. Actual dimensions may vary up to ±5% from stated specifications due to manufacturing processes and environmental conditions. If your application requires exact measurements, please verify dimensions prior to buy.
Applications and Benefits:
- Science students conducting magnetic field experiments
- Physics enthusiasts and educators
- Teachers creating hands-on classroom demonstrations
- DIY enthusiasts and metalworkers
- Engineering professionals prototyping mechanisms
- Hobbyists building science kits and projects
Caution:
These steel balls are small and may pose a choking hazard if swallowed. Keep out of reach of small children and pets. Use responsibly during science or mechanical activities.
Steel Balls, 3/4" Diameter
Steel Balls 3/4" Diameter are small steel balls with a diameter of 3/4 inch (about 18 millimeters) that are commonly used in mechanics and magnetism experiments. These balls are a great substitute for iron filings when studying the phenomenon of magnetic fields, as they form clusters and chains between unlike poles of magnets. Made of polished, hardened spheres, these steel balls are durable and long-lasting. If you're looking for an interesting addition to your experiments or just need some high-quality steel balls, Steel Balls 3/4" Diameter are a great choice.
Product Specifications
| Product Name | Steel Balls 3/4" Diameter |
| Material | Steel |
| Diameter | 3/4" (approx. 18mm) |
| Usage | Mechanics and magnetism experiments, magnetic field demonstrations, substitute for iron filings |
Note:
All dimensions listed are approximate and for general reference only. These products are not manufactured to scientific or precision-grade tolerances. Actual dimensions may vary up to ±5% from stated specifications due to manufacturing processes and environmental conditions. If your application requires exact measurements, please verify dimensions prior to buy.
Applications and Benefits:
- Mechanics and engineering students
- Science enthusiasts
- Teachers and educators
- Research laboratories
- DIY enthusiasts
- Magnetism experimenters
Caution:
These steel balls are small, dense, and may pose a choking hazard or cause injury if misused. Keep away from children and use appropriate safety measures during experiments involving impact, magnetism, or motion.
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