Porcelain Buchner Funnel

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The Porcelain Buchner Funnel features an integral perforated plate and straight sides. Its glazed inside and outside, except for the rim, and has a slightly tapered stem. This funnel is perfect for laboratory use.

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Product Specifications:

Material:	Porcelain
Diameter:	Available in multiple sizes:
	5307-01: 60mm
	5307-02: 75mm
	5307-03: 85mm
	5307-04: 90mm
	5307-05: 100mm
	5307-06: 110mm
	5307-07: 125mm
	5307-08: 150mm
	5307-09: 200mm
	5307-10: 250mm

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Similar Products

• Porcelain Funnel with Perforated Plate
• Buchner Funnel with Glass Frit
• Plastic Funnel for Laboratory Use
• Stainless Steel Funnel for Industrial Applications
• Filter Funnel with PTFE Membrane

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Note: These are similar products, and each product is different, so research is required to find the best fit for your needs.

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CAUTION: Handle with care as the Porcelain Buchner Funnel is glazed inside and outside, except for the rim, and has a slightly tapered stem. Use appropriate protective gear when handling.

Perfect for:

• Laboratories
• Scientists
• Chemists
• Researchers

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Mortar and Pestle, 100 mm Diameter, 130 ml Volume

Porcelain Mortar and Pestle, 100 mm diameter, 130 ml volume (Medium size). The Anchor Brand laboratory porcelain is made from high quality raw materials. The products are uniform and dense, which allows stable mechanical strength and little permeability. When properly used, the glazed pieces can withstand temperatures of 1050°C, while the unglazed pieces can withstand temperatures of 1350°C.

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Product Specifications

Material	Porcelain
Diameter	100 mm
Volume	130 ml
Brand	Anchor Brand
Temperature Resistance (Glazed)	Up to 1050°C
Temperature Resistance (Unglazed)	Up to 1350°C

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Applications and Benefits:

• Ideal for laboratory sample grinding and mixing
• Resistant to high temperatures for chemical procedures
• Dense porcelain ensures minimal permeability
• Glazed and unglazed options for different lab needs

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Caution:

Use only within specified temperature limits to avoid cracking. Avoid sudden thermal shock or dropping to preserve mechanical integrity.