Laboratory Plastic/Rubber Connectors

Description

• Connecting laboratory glassware for fluid transfer and distillation
• Ensuring airtight seals and leak-free connections between laboratory apparatus
• Used in processes such as filtration, titration, distillation, and extraction
• Providing flexible connections in experiments requiring the movement of liquids or gases
• Connecting tubes, flasks, or funnels for safe and efficient fluid handling
• Ideal for use in both small-scale experiments and industrial laboratory setups

• Made from high-quality rubber for maximum flexibility and a secure, leak-proof seal
• Ideal for connecting tubing or glassware in distillation, filtration, and reaction setups
• Available in various diameters and lengths to accommodate different tube sizes

• Constructed from chemically resistant plastics such as polypropylene or PVC
• Used to connect glass tubing or other apparatus in laboratory settings
• Lightweight, durable, and resistant to common laboratory chemicals

• Designed with barbed ends for a tight connection with tubing, ensuring minimal risk of leaks
• Suitable for connecting tubes or hoses in filtration, distillation, and fluid transfer setups
• Available in various sizes to fit different tube diameters

• Designed for use with flexible tubing, allowing for secure connections between lab equipment
• Ideal for applications requiring movement or adjustment, such as peristaltic pumps or vacuum systems

• Used in vacuum filtration systems or distillation setups
• Made from vacuum-resistant rubber or plastic to maintain an airtight seal under low pressure conditions
• Available in various sizes and configurations for different laboratory needs

• Used for splitting or joining multiple tubes in a T-shaped configuration
• Ideal for liquid transfers, mixing, or flow splitting in filtration or extraction processes

• Similar to T-connectors but designed for Y-shaped configurations
• Used for directing flow in multiple directions during laboratory experiments, especially in liquid-handling setups

• Simple straight connectors for linking tubes of the same or different diameters
• Used in general applications requiring straight-line fluid transfer between glassware and tubing
• Quick Connect Couplings
• Featuring a quick-lock mechanism for easy and fast connection of tubing to laboratory glassware
• Ideal for fast-paced laboratory environments where frequent tube changes are needed

• Connectors that can adjust to fit multiple tube sizes
• Used for applications where the tubing or glassware size varies frequently

• Inline connectors that are inserted into the flow of liquids or gases between pieces of apparatus
• Used in continuous flow systems like distillation columns or filtration units

• Used in systems that require rotational movement while maintaining fluid flow
• Ideal for rotating laboratory equipment such as centrifuges or mixing devices

• Designed for changing the direction of flow at a 90-degree angle
• Useful for fitting laboratory systems in tight spaces or adjusting fluid flow direction in distillation or filtration processes

• Made from food-grade silicone, ideal for applications where non-reactivity with liquids is crucial
• Used in food, pharmaceutical, and biotech labs for safe and clean fluid handling

• Fittings that securely attach tubes to glassware or other apparatus
• Available in various sizes and styles, including threaded and non-threaded fittings

• Small connectors designed for precise connections in microfluidics or microscale experiments
• Used in lab-on-a-chip technologies or experiments requiring fine control over fluid flow