Tarson 202112/202113/202114 Thermal Resistant Autoclavable Re-Enforced Nylon Poly Wire Rack

The Tarson 202112/202113/202114 Thermal Resistant Autoclavable Re-Enforced Nylon Poly Wire Rack is a specialized laboratory accessory designed for organizing and securely holding various laboratory vessels during autoclaving or other high-temperature processes. Crafted from thermal-resistant re-enforced nylon, this rack offers durability, chemical resistance, and compatibility with autoclaving, making it suitable for a wide range of laboratory applications.

The poly wire rack features a sturdy construction with individual compartments or slots, each specifically designed to accommodate laboratory vessels such as test tubes, vials, or bottles. These compartments securely hold the vessels in place during autoclaving, preventing them from tipping over or coming into contact with each other, which could result in breakage or cross-contamination.

Constructed from thermal-resistant re-enforced nylon, the rack can withstand high temperatures encountered during autoclaving processes without warping or deforming. This ensures the longevity and reliability of the rack, allowing for repeated autoclaving cycles without compromising its structural integrity.

The rack is designed to be autoclavable, allowing for easy sterilization between uses to maintain sterile conditions and prevent cross-contamination in laboratory experiments or procedures. This feature enhances laboratory safety and ensures the integrity of samples or reagents stored in the vessels.

The Tarson Thermal Resistant Autoclavable Re-Enforced Nylon Poly Wire Rack is available in different sizes or configurations to accommodate various laboratory vessel sizes and quantities. This versatility allows researchers to customize their setup according to their specific needs and preferences.

Overall, the Tarson Thermal Resistant Autoclavable Re-Enforced Nylon Poly Wire Rack offers researchers a reliable and efficient solution for organizing and autoclaving laboratory vessels. Its durable construction, thermal resistance, and autoclavability make it an essential accessory in modern laboratory settings, facilitating sample management and sterilization with ease.