Bulb Condensers

Bulb Condensers Specification

Glass Type
Borosilicate Glass

Temperature Resistance
Up to 400C

Features
Uniform Cooling, High Thermal Resistance, Chemically Inert

Shape
Bulb

Power Supply
No power supply required

Type
Bulb Condenser

Dimension (L*W*H)
Varies as per requirement (Typically standard laboratory sizes)

Equipment Type
Condensation Equipment

Equipment Materials
Borosilicate Glass

Power
N/A (No power required)

Material
Glass

Application
Laboratory Condensation, Distillation, Chemical Processes

Capacity (Ltr)
Depends on tube diameter and length

Usage
Suitable for organic chemistry experiments in schools, colleges, and industrial laboratories

Connector Type
Standard Ground Glass Joints or Plain Ends

Autoclavable
Yes

Color
Transparent

Chemical Resistance
Excellent

Length
Commonly 200-500 mm

Outer Diameter
Common sizes: 24 mm, 29 mm, others available

Number of Bulbs
Single or Multiple (as per design)

Bulb Condensers Trade Information

Minimum Order Quantity
50 Pieces

Supply Ability
1000 Pieces Per Day

Delivery Time
2-5 Days

About Bulb Condensers

Experience the ultimate in laboratory condensation with our Top Bulb Condensers, crafted from high-quality borosilicate glass. Designed with commanding precision, these valuable condensers offer instant checkout for those seeking reliability and superior chemical resistance. Available with standard ground glass joints or plain ends, they are suitable for distillation and other chemical processes in schools, colleges, and industrial labs. Featuring uniform cooling, excellent temperature resistance (up to 400C), and autoclavable construction, this is your last chance to secure powerful and durable equipment. Select from single or multiple bulb designs, 200-500 mm lengths, and various diameters for a tailored laboratory fit.

Superior Performance and Specialized Use

Bulb Condensers are expertly engineered for organic chemistry experiments, distillation, and chemical processing. Their unique bulb shape ensures uniform cooling and efficient condensation. Manufactured from high-grade borosilicate glass, these machines are highly resistant to chemicals and temperature variations, making them indispensable for educational institutions and industrial laboratories. The autoclavable and chemically inert structure guarantees longevity and safety, while the transparent design allows clear visibility during operation. Choose from single or multiple bulb configurations to suit various experimental needs.

Exchange, Delivery, and Domestic Support

Our Bulb Condensers are delivered promptly on arrival at major Indian FOB ports, ensuring efficient domestic market distribution. Flexible payment terms accommodate institutional and industrial requirements. Each unit is securely packaged to safeguard against transit damage, assuring quality upon exchange. Whether you're a distributor, supplier, or end-user, comprehensive support and shipment tracking enhance the purchasing experience. Get in touch for export or domestic mar inquiries, and experience hassle-free, professional service from order to delivery.

FAQ's of Bulb Condensers:

Q: How do Bulb Condensers enhance laboratory condensation processes?

A: Bulb Condensers provide superior cooling for laboratory condensation due to their bulbous design, which increases the cooling surface area and ensures efficient condensation of chemical vapors.

Q: What materials are used in manufacturing Bulb Condensers?

A: These condensers are crafted from high-quality borosilicate glass, known for its chemical resistance, clarity, and ability to withstand high temperatures up to 400C.

Q: Where can Bulb Condensers be used most effectively?

A: They are ideally suited for organic chemistry experiments, distillation tasks, and other chemical processes in schools, colleges, and industrial laboratories.

Q: What is the process for installing a Bulb Condenser in a laboratory setup?

A: Installation requires connecting the standard ground glass joints or plain ends to compatible lab apparatus, ensuring a secure and leak-proof fit for optimal performance.

Q: When should I consider choosing single versus multiple bulb designs?

A: Select single bulb condensers for simpler experiments, while multiple bulb designs are advantageous for more intensive or large-scale condensation processes requiring greater efficiency.

Q: How are Bulb Condensers packaged and delivered to ensure safety?

A: Each condenser is securely packaged to prevent damage during transit and shipped via trusted FOB ports, with options for both domestic and international delivery.