Condenser Sati Liebig 14/20 Joint 110mm Jacket Packing Indentations

Description

Product Overview

The Sati Liebig condenser is a precision‑engineered piece of laboratory glassware designed to meet the demanding requirements of modern chemical research and industrial processes. Constructed from high‑quality borosilicate glass, the condenser offers exceptional thermal resistance, chemical durability, and optical clarity, ensuring that users can observe fluid behavior throughout the distillation cycle. The 14/20 joint provides a universal connection compatible with a wide range of laboratory apparatus, while the 110 mm jacket height delivers an extended cooling surface that maximizes condensate recovery. Unique indentations at the base of the jacket are strategically placed to support packing material, preventing displacement during operation and enhancing the efficiency of reflux or distillation setups. With an overall column height of 180 mm, the unit balances compactness with functional capacity, making it suitable for benchtop installations where space is at a premium. The product dimensions of 8.07 × 2.32 × 1.73 inches and a lightweight design of 0.04 ounces facilitate easy handling, storage, and integration into existing laboratory workflows. Manufactured by Sati International Inc. in India, the condenser adheres to rigorous quality standards, reflecting the brand’s commitment to delivering reliable, high‑performance scientific equipment.

Usage

This Liebig condenser is ideally suited for a variety of laboratory applications, including simple distillation, fractional distillation, reflux reactions, and vacuum distillation processes. Researchers in academic chemistry departments, pharmaceutical development labs, and industrial quality‑control facilities can rely on the condenser’s robust construction to handle both routine and high‑temperature operations. The 14/20 joint enables seamless integration with standard round‑bottom flasks, adapters, and receiving vessels, while the 110 mm jacket height ensures sufficient contact time for vapor condensation, reducing loss of volatile compounds. The bottom indentations are particularly beneficial when using packing materials such as glass beads, stainless‑steel wool, or structured packing, as they maintain the integrity of the packing bed and prevent channeling, which can compromise separation efficiency. Users can employ the condenser in both heated and cooled environments, pairing it with circulating water baths, ice baths, or refrigerated condensers to achieve desired temperature gradients. Its compact form factor allows placement on standard laboratory racks, fume hoods, or portable workstations, making it a versatile tool for both fixed‑location and field‑based analytical work.

Why Choose Us

Choosing the Sati Liebig condenser means selecting a product that combines meticulous craftsmanship with practical design features that address real‑world laboratory challenges. The condenser’s borosilicate glass composition provides resistance to thermal shock, allowing rapid temperature changes without risk of cracking, a critical attribute for processes that require quick cooling or heating cycles. Sati International Inc. implements a stringent quality‑control protocol that includes multiple stages of inspection, pressure testing, and dimensional verification, ensuring each unit meets exacting standards before it reaches the customer. The inclusion of bottom indentations for packing material is a distinctive advantage that sets this condenser apart from generic models, delivering improved stability and performance during reflux or distillation. Additionally, the product’s lightweight yet durable construction simplifies transport between labs or field sites, while the universal 14/20 joint guarantees compatibility with a broad range of ancillary equipment. Customers also benefit from responsive after‑sales support, with technical assistance available to address installation queries, maintenance advice, and troubleshooting, reinforcing Sati’s reputation for reliable service and long‑term product satisfaction.

Key Features

• High‑quality borosilicate glass provides excellent thermal resistance and chemical durability.
• 14/20 joint ensures universal compatibility with standard laboratory apparatus.
• 110 mm jacket height offers an extended cooling surface for efficient condensate recovery.
• Bottom indentations securely hold packing material, enhancing reflux and distillation performance.
• Responsive customer support and comprehensive after‑sales service for reliable long‑term use.

FAQ

What type of packing material can be used with this condenser?

The bottom indentations are designed to accommodate a variety of packing materials, including glass beads, stainless‑steel wool, and structured packing, allowing you to choose the most appropriate media for your specific separation needs.

Is the condenser compatible with standard water baths?

Yes, the 110 mm jacket height is optimized for use with standard circulating water baths, ice baths, or refrigerated condensers, providing flexible temperature control options for a range of experimental conditions.

Can this condenser be used for vacuum distillation?

Absolutely. The robust borosilicate construction and secure 14/20 joint connection make the condenser suitable for vacuum distillation applications, provided appropriate vacuum-rated adapters are employed.

What is the warranty period for this product?

Sati International Inc. offers a one‑year limited warranty covering manufacturing defects, ensuring that any issues arising from material or workmanship are addressed promptly.

How should the condenser be cleaned after use?

After each use, rinse the condenser with distilled water to remove residual chemicals, then allow it to air‑dry. For stubborn residues, a mild detergent solution followed by thorough rinsing is recommended. Avoid abrasive cleaning tools to preserve the glass integrity.