Send Inquiry

Request To Call Back

Coil Condensers, Graham

Get a Price/Quote

MOQ : 10 Units

Coil Condensers, Graham Specification

Specimen Size
As per Standard Coil Condenser Dimensions

Usage
For Laboratory Use

Max Height
Varies as per model, typically 200 mm to 500 mm

Port Size
Standard Laboratory Size

Material
Glass

Temperature
Tolerance up to 200C

Features
Efficient cooling with coiled inner tube

Number of Specimens
Single

Equipment Type
Graham Coil Condenser

Application
Laboratory condensations and distillation

Mounting Type
Vertical or Horizontal

Weight
200-500 Grams (g)

Automation Grade
Manual

Response Time
Instantaneous thermal exchange

Product Type
Coil Condensers

Color
Transparent

Capacity
Depends on condenser length and width

Control Mode
Manual

Design
Graham style with coiled inner tube for maximum surface area

Length
150 mm to 500 mm (as per model)

Inner Coil Diameter
Approx. 8 mm

Heat Resistance
Good thermal stability for laboratory applications

Cleaning
Easy to clean and maintain

Chemical Resistance
High resistance to acids, alkalis and solvents

Outer Tube Diameter
Approx. 24 mm

Compatibility
Suitable for use with most laboratory flask and receiving adapters

Joint Size
Standard B19, B24 or as specified

Coil Condensers, Graham Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Telegraphic Transfer (T/T), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
10 Units Per Day

Delivery Time
2-3 Days

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
Thermocol Packaging

Main Export Market(s)
Western Europe, Middle East, Central America, Africa, South America, Australia, Asia, Eastern Europe, North America

Main Domestic Market
All India

About Coil Condensers, Graham

Introducing our popular and select Graham Coil Condensers, renowned for their unparalleled performance in laboratory environments. Crafted from high-grade, transparent glass, these condensers feature a glorious coiled inner tube design, maximizing surface area for terrific thermal exchange and efficient cooling. Rare among conventional options, their exceptional chemical and heat resistance supports a wide array of applications, managing temperatures up to 200C with ease. Available in standard B19, B24, or custom joint sizes and variable lengths, they promise effortless cleaning, manual control, and reliable compatibility with standard laboratory apparatus. Ideal for laboratory-scale condensations and distillations, their sturdy yet lightweight construction ensures easy handling and long-term durability for manufacturers, suppliers, and research professionals alike.

Features, Commercial Uses, and Versatile Application

Graham Coil Condensers feature a robust, coiled inner tube for maximum cooling efficiency and rapid thermal exchange. Their superior heat and chemical resistance make them ideal for various laboratory processes such as distillation and condensed-phase reactions. Suitable for vertical or horizontal mounting, these condensers are frequently used in research, pharmaceuticals, and educational institutions. As manual devices, they are valued for their flexibility and dependability, assuring thorough results for scientific and industrial users alike.

Sample Policy, Supply Ability, and Packaging Standards

Our proposal for handover includes a straightforward quotation process with clear terms for sample policy. Sample units can be provided against a nominal proposal amount, facilitating direct evaluation by users. We maintain substantial supply ability for both standard and bespoke orders, ensuring reliable and timely delivery throughout India. Packaging is executed with precision, employing secure materials to avoid breakage and maintain product integrity during transit, safeguarding each condenser until its destination.

FAQ's of Coil Condensers, Graham:

Q: How are Graham Coil Condensers typically used in laboratory settings?

A: Graham Coil Condensers are primarily used for condensation and distillation processes. Their coiled inner tube design ensures efficient cooling by maximizing heat exchange, making them invaluable for managing volatile substances and precise laboratory workflows.

Q: What makes Graham Coil Condensers a preferred choice for chemical laboratories?

A: Their unparalleled chemical and heat resistance, combined with the unique coiled tube design, delivers remarkable cooling performance and durability. This makes them ideal for handling strong acids, alkalis, and solvents found in advanced laboratory applications.

Q: When should I specify a particular joint size or length for my condenser?

A: A specific joint size or length should be chosen based on your laboratory apparatus and experimental requirements. Options include B19, B24, or custom sizes, and lengths ranging from 150 mm to 500 mm, allowing customization for various lab setups.

Q: Where can I request a quotation or sample of the coil condenser?

A: You can request a quotation or sample by contacting an authorized distributor, exporter, manufacturer, supplier, or trader. A clear proposal amount and sample policy will be provided to facilitate your evaluation and purchase.

Q: What is the process for cleaning and maintaining these condensers?

A: The condensers are easy to clean due to their glass construction. Standard laboratory cleaning protocols apply, ensuring long-lasting transparency and efficient functioning with minimal manual effort.

Q: What are the benefits of choosing a Graham design over other condenser types?

A: The Graham design's superior surface area promotes faster and more effective thermal exchange, enabling instantaneous cooling and reducing the risk of sample loss or contamination during demanding laboratory procedures.

Tell us about your requirement