The Yellow Silicone Tubing (6 × 8 mm) is a flexible and durable laboratory tube designed for reliable airflow transfer in olfactometer systems. Its color-coded design allows easy identification, while the high-quality silicone ensures smooth, contamination-free air delivery.
Specifications
Parameter | Specification |
Product Name | Silicone Tubing |
Color | Yellow |
Inner Diameter (ID) | 6 mm |
Outer Diameter (OD) | 8 mm |
Material | High-Quality Silicone |
Flexibility | High |
Surface | Smooth Inner Surface |
Chemical Resistance | Excellent |
Application | Airflow transfer |
The Silicone Tubing – Yellow (6 × 8 mm) is a premium-quality flexible tube used in laboratory setups for transferring air and gases efficiently. Commonly used in insect olfactometer systems, this tubing connects components such as air compressors, flow controllers, charcoal filters, humidifier chambers, and sample bottles.
Manufactured from high-grade silicone material, the tubing offers excellent flexibility, allowing easy installation without bending or kinking. The 6 mm inner diameter and 8 mm outer diameter ensure optimal airflow while maintaining secure connections with standard fittings.
The yellow color coding helps in easy identification of airflow lines, especially in complex experimental setups involving multiple channels. Its smooth internal surface minimizes airflow resistance, ensuring stable and uniform air distribution.
The tubing is chemically inert, non-reactive, and leak-resistant, making it suitable for sensitive experiments where maintaining purity and consistency is critical.
Key Features
6 × 8 mm size for standard laboratory fittings
Color-coded (Yellow) for easy identification
Highly flexible and kink-resistant design
Ensures smooth and consistent airflow
Leak-proof connections with fittings
Chemically inert and non-reactive material
Durable and long-lasting for continuous use
Applications
Insect olfactometer systems
Airflow connections between components
Entomology laboratories
Research and experimental setups
Environmental airflow systems
