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Pipe Clay Triangles

Original price was: $ 6.18.Current price is: $ 6.07.

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Pipe Clay Triangles are heat-resistant supports used in laboratory setups to hold crucibles over a Bunsen burner or other heat sources. They consist of three lengths of ceramic (pipe clay) tubing threaded over a triangular metal wire frame, typically made of galvanized iron or nickel-chromium alloy. These ceramic-coated wires provide stable and high-temperature-resistant platforms, allowing crucibles to be heated directly during ashing, calcination, or other high-temperature experiments. Widely used in chemistry labs and educational institutions, they are essential components for supporting small containers while minimizing heat transfer loss or instability.

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Category: Lab Furniture & Storage Solutions Tags: Ceramic Lab Triangle, Crucible Support, Heat-Resistant Laboratory Tool, Laboratory Heating Equipment, Pipe Clay Triangle

Description

Table of Contents

PIPE CLAY TRIANGLES

Primary Uses

Laboratory and Educational Applications

Supporting crucibles during high-temperature heating over a Bunsen burner.
Used in gravimetric analysis for ashing procedures.
Providing heat insulation between the crucible and the support ring.
Holding small porcelain or ceramic containers over flame.
Common in student lab setups to teach thermal decomposition and combustion experiments.

Secondary Uses

Research and Industrial Laboratories

Used in metallurgical testing for supporting sample crucibles during heating.
Supporting other ceramic or glass containers during high-temperature reactions.
Employed in analytical chemistry for sustained heating without direct contact with metal surfaces.

KEY PRODUCT FEATURES

1.Basic Identification Attributes

Material: Metal wire frame (galvanized iron/nickel alloy) with ceramic (pipe clay) tubes.
Shape: Equilateral or isosceles triangle with straight sides.
Sizes: Available in various side lengths (commonly 50 mm, 75 mm, 100 mm) to support different crucible sizes.
Construction: Pipe clay tubes slide over the wire to provide heat insulation.

2.Physical & Chemical Properties

Thermal Resistance: Withstands very high temperatures (over 1000°C); suitable for direct flame exposure.
Chemical Resistance: Inert and non-reactive under standard lab conditions.
Durability: Long-lasting with proper use; resistant to thermal shock.

3.Safety & Hazard Attributes

Minimal risk when used correctly.
Fragile ceramic tubes may crack or chip if dropped or mishandled.

4.Storage & Handling Attributes

Store in a dry, padded container to prevent damage to ceramic tubing.
Inspect ceramic tubes before use for any cracks or wear.
Handle gently to prevent breakage of the ceramic components.

5.Regulatory & Compliance Attributes

Manufactured in accordance with laboratory safety and material standards.

6.Environmental & Health Impact

Inert materials; poses no known environmental hazards under normal use.
Long lifespan reduces laboratory waste.

SAFETY HANDLING PRECAUTIONS

Safety Handling Precautions

Use with proper tongs and heat-resistant gloves during and after heating.
Ensure stable placement to avoid tipping over heated crucibles.

First Aid Measures

In case of burns from heated crucible or metal, apply first aid and seek medical attention if needed.
If ceramic shards cause cuts, clean wounds and dress appropriately.