34 GU Organic Chemistry Set.

Get a Price/Quote

34 GU Organic Chemistry Set. Specification

Control Type
Manual

Glass Type
Borosilicate Glass

Accuracy
Laboratory Standard Precision

Display Type
None

Temperature Resistance
Up to 400C

Type
Organic Chemistry Set

Dimension (L*W*H)
Standard Laboratory Size

Equipment Type
Laboratory Glassware Set

Equipment Materials
Borosilicate Glass and Polypropylene Components

Power
Manual Operation (No Electrical Power Required)

Application
School, College, University Chemistry Experiments

Capacity (Ltr)
Set includes glassware ranging from 50 ml to 500 ml

About 34 GU Organic Chemistry Set.

34 GU Organic Chemistry Set.

For student use in preparative organic chemistry up to the 150 g scale, this includes all the necessary equipment to allow a wide range of preparations to be carried out. It is also invaluable for industrial laboratories where the among of preparative work is not great and may occur at infrequent intervals. for such applications, this set has the advantage of covering an extensive field of work and occupying little space when not in use.
Item No.	Components	Socket	Cone
1	Still head	14/23	19/26
2	Receiver	19/26	24/29
3	Air leak/steam inlet tube	-	19/26
4	Liebig condenser	19/26	19/26
5	Dropping funnel, 100 ml	19/26	19/26
6	Reducing adapter	19/26	24/29
7	Multiple adapter	19/26	24/29
8	Flask, R.B., 50 ml	24/29	-
9	Flask, Erlenmeyer, 250 ml	24/29	-
10	Flask, R.B., 250 ml	24/29	-
11	Stopper	-	19/26
12	Stopper	-	19/26
13	Thermometer Pocket	-	14/23
14	Receiver adapter	19/26	-
15	Flask, R.B., 100 ml	24/29	-
16	Stopper	-	24/29

Description

Complete Set comprising 16 Items of Glassware

Comprehensive Set for Chemistry Education

This organic chemistry set is specially designed to support foundational and advanced organic synthesis experiments. With 34 essential components, students and instructors have all the necessary equipment at their fingertips for effective teaching and hands-on chemistry exploration. The combination of borosilicate glass and robust polypropylene ensures durability and reliability during repeated use.

Easy Assembly and Versatile Application

Each component in the set is fitted with standard ground glass joints, simplifying both setup and separation for cleaning. The glassware accommodates experimental capacities from 50 ml to 500 ml, suitable for various laboratory protocols. Whether youre performing distillation, extraction, or synthesis, this set is engineered to streamline the process, supporting a wide range of academic experiments.

FAQs of 34 GU Organic Chemistry Set.:

Q: How do I assemble the 34 GU Organic Chemistry Set for laboratory experiments?

A: Each component features standard ground glass joints, allowing easy and secure assembly. Follow your experiment setup guidelines, connecting the required flasks, condensers, and tubing. Always check that joints are properly fitted and use the appropriate stoppers or clips to ensure a tight seal. If unsure, consult your chemistry instructor or the provided manual for safe assembly steps.

Q: What materials are used in the set, and why are they beneficial for organic chemistry?

A: The glassware is made from borosilicate glass, renowned for its resistance to thermal shock and ability to withstand temperatures up to 400C. Polypropylene parts add chemical resistance and flexibility for components like stoppers and funnels. This combination delivers long-lasting, precise, and safe performance in various laboratory settings.

Q: Where can this organic chemistry set be used?

A: The set is suitable for use in schools, colleges, and universities, making it ideal for classroom instruction, laboratory practical sessions, and student projects. Its sturdy, compliant design ensures safety and reliability in all educational laboratory environments.

Q: What processes or experiments is this set suitable for?

A: The set is designed for a range of organic chemistry experiments, including distillation, reflux, crystallization, filtration, and extraction. With capacities from 50 ml to 500 ml, you have the flexibility to perform both small-scale demonstrations and more complex syntheses.

Q: When is it best to use this set in a teaching curriculum?

A: This set is most beneficial during hands-on laboratory sessions when demonstrating organic synthesis principles or allowing students to conduct their own experiments. Its comprehensive nature supports a variety of staged experiments throughout a chemistry course.

Q: How does this chemistry set enhance practical learning for students?

A: By providing essential laboratory glassware and components in a single kit, students gain practical experience in assembling apparatus, handling chemicals safely, and executing a range of organic experiments. This hands-on exposure solidifies theoretical concepts and prepares students for advanced laboratory work.

Tell us about your requirement