Beakers Tall Form with Spout Fused Quartz

Beakers Tall Form with Spout Fused QuartzFused Quartz Beakers For High Temperature Laboratory Applications Engineered and built to withstand extreme conditions, our Fused Quartz Beakers deliver leak free pouring, exceptional thermal durability, and uncompromising chemical resistance. Crafted from high purity silica (SiO), these tall form beakers are the gold standard for laboratories demanding optical clarity, reliability, and performance at temperatures up to 1000C. Why Choose Our Fused

Fused Quartz Beakers – For High-Temperature Laboratory Applications

Engineered and built to withstand extreme conditions, our Fused Quartz Beakers deliver leak-free pouring, exceptional thermal durability, and uncompromising chemical resistance. Crafted from high-purity silica (SiO₂), these tall-form beakers are the gold standard for laboratories demanding optical clarity, reliability, and performance at temperatures up to 1000°C.

Why Choose Our Fused Quartz Beakers?

This tall-form quartz beaker is designed with a fused spout. It is crafted from transparent quartz, making it resistant to acids and alkali solutions. Its non-porous material ensures long-term durability and accurate results — experiment after experiment.

Fused Quartz Beakers boost accuracy when transferring liquids, eliminating the chance of leakage and guaranteeing precise pouring. The thermal durability of fused quartz makes these beakers suitable for experiments involving extreme heat while preserving their structural endurance and consistency.

Key Features

• ✔ Ultra-high-temperature usage up to 1000°C
• ✔ Outstanding thermal shock resistance
• ✔ Highly reliable for demanding lab environments
• ✔ Blue or White graduated inscriptions for clear visibility
• ✔ Fused pouring spout — no leakage, clean transfers
• ✔ Optical transparency for easy visual inspection
• ✔ Resistant to acids, alkalis, and most chemical compounds
• ✔ Low thermal expansion — dimensional stability under heat
• ✔ Dishwasher and heat-safe
• ✔ Open-flame compatible
• ✔ Non-porous — no contamination between uses

Ideal Applications

• High-temperature chemistry and material testing
• Analytical and research laboratories
• Semiconductor and electronics processing
• Pharmaceutical and biotech R&D
• Acid digestion and trace metal analysis
• Educational and academic labs

Specifications Table

Material Composition

Manufactured from high-purity fused silica (SiO₂), delivering superior chemical inertness, low thermal expansion, and excellent optical transparency across UV to IR ranges.