Pipe Clay Triangle, with iron wire, length of side: 50 mm, made in India. Our porcelain ware is made of high-quality materials. They are uniform in quality, compact in structure, impervious to gas infiltration, high polish, and resistant to acids & alkalis, with respectable mechanical strength. The porcelainware can withstand sudden temperature changes without cracks, explosion, or deformation. Under normal conditions, glazed parts can sustain a temperature of up to 1050ÁC while unglazed parts have a temperature of 1350ÁC. All products are glazed inside and out except the outside bottom.

Pipe Clay Triangle – Laboratory Support for Crucibles

Ensure stability and safety during high-temperature experiments with the Pipe Clay Triangle, a reliable laboratory support tool designed to hold crucibles securely over a Bunsen burner flame. Ideal for educational, research, and industrial laboratories, this essential accessory provides excellent heat resistance and durability.

Key Features:

• 🔥 High Heat Resistance: Made with ceramic clay tubes mounted on a galvanized steel wire frame to withstand extreme temperatures.
• ⚗️ Secure Crucible Support: Provides a stable base for heating crucibles, flasks, and other labware during experiments.
• 🧪 Durable Construction: Strongly bonded clay tubes ensure long-term use without deformation or cracking.
• 🧷 Universal Compatibility: Easily fits on tripod stands or iron rings for convenient setup.
• 🧼 Easy to Clean & Maintain: Resistant to chemical corrosion and thermal shock.

Applications:

• Chemistry and physics laboratories
• Educational and research institutions
• Industrial material testing
• Metal and ceramic heating processes

Specifications:

• Product Name: Pipe Clay Triangle
• Material: Ceramic clay with iron wire frame
• Shape: Triangular
• Size Options: Available in multiple sizes to suit various crucibles
• Usage: For supporting crucibles during heating

Why Choose This Product?

The Pipe Clay Triangle is an essential part of any laboratory setup, combining durability, precision, and safety. Its heatproof ceramic coating ensures stability under intense flame conditions, making it a trusted choice for accurate and secure laboratory heating operations.