Adapter Receiver Straight Socket To Rubber

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Adapter Receiver Straight Socket To Rubber Specification

Features
Leak-proof, Chemically resistant, Heat resistant, Lightweight, Reusable, Easy to clean

Glass Type
Borosilicate Glass

Temperature Resistance
-20C to +200C

Shape
Straight

Control Type
Manual Installation

Accuracy
Precision molded connections

Type
Adapter Receiver Straight Socket To Rubber

Dimension (L*W*H)
Standard Laboratory Sizes (custom sizes available)

Equipment Type
Lab Adapter

Equipment Materials
Borosilicate Glass, High-quality Rubber

Material
Borosilicate Glass, Rubber

Application
Laboratory glassware connections, Liquid and gas transfer

Adapter Receiver Straight Socket To Rubber Trade Information

Main Export Market(s)
South America, Middle East, Africa

About Adapter Receiver Straight Socket To Rubber

Get the Lowest Price on our rare Adapter Receiver Straight Socket To Rubberan indispensable champion for laboratory glassware connections! Crafted from premium borosilicate glass and high-quality rubber, this classic adapter ensures a secure, leak-proof fit for liquid and gas transfer. Its towering performance boasts high chemical and thermal resistance (-20C to +200C), smooth glass and rubber joints, and seamless compatibility with standard lab setups. Each adapter is individually packed or bulk ordered for dealers, exporters, manufacturers, and retailers across India. Experience precision-molded accuracy and reusable durability with every piece.

Versatile Applications & Smooth Surface

Used as a connecting link between laboratory glassware and flexible tubing, the Adapter Receiver Straight Socket To Rubber offers a smooth, seamless contact surface. It is applied in both liquid and gas transfer for analytical and chemical procedures, ensuring leak-proof performance. The straightforward application method allows easy, manual installation without tools. This adapter fits securely onto glassware and rubber tubing, making it vital for maintaining efficient, contamination-free workflows in various laboratory settings.

Supply Capacity & Swift Shipping

Our proven outlay and robust production system allow us to supply standard and custom adapters in quantities tailored to your requirements. Samples are available for assessment before bulk order commitment, enhancing trust in our offerings. With quick order completion and dispatch, we operate through reliable FOB ports for seamless global shipping. Whether you are sourcing for immediate lab use or long-term projects, our streamlined logistics ensure prompt, hassle-free delivery for all dealer, exporter, and retailer partners.

FAQs of Adapter Receiver Straight Socket To Rubber:

Q: How is the Adapter Receiver Straight Socket To Rubber installed in laboratory glassware?

A: The adapter features a manually installed design. Simply insert the straight socket end into the glasswares standard ground glass joint and attach the rubber end to flexible tubing for a secure, leak-proof connection.

Q: What makes this adapter suitable for chemical and temperature-sensitive applications?

A: Crafted from high-grade borosilicate glass and premium rubber, the adapter offers high chemical resistance and withstands temperatures from -20C to +200Cideal for most demanding laboratory environments.

Q: When should I use a Straight Socket To Rubber adapter in my lab setup?

A: Use this adapter whenever you need to securely connect standard glassware to flexible tubing, especially during liquid or gas transfer operations where leak-proof performance and chemical resistance are crucial.

Q: Where can I acquire samples or bulk orders for this product?

A: Samples and bulk quantities can be ordered directly through our distribution network. We offer quick sample dispatch and support both dealers and retailers, making it simple to test and source as per your requirements.

Q: What benefits does the adapter provide in terms of laboratory workflow?

A: Its precision-molded connection ensures leak-proof transfer, easy installation, and reusabilitystreamlining experiment setups, minimizing contamination, and saving time during frequent assembly or cleaning processes.

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