Scilogex Green Quarter Round Reaction Block for Hotplates
Description Scilogex Green Quarter Round Reaction Block for Hotplates The Scilogex Green Quarter Round Reaction Block for Hotplates is a valuable laboratory accessory designed to enhance the functionality of hotplates and hotplate stirrers. Crafted from durable aluminum alloy, this quarter-round block features a distinctive green color-coded anodized finish, providing instant recognition of its sizing and compatibility with your laboratory equipment. Whether you're conducting reactions, sample heating, or other temperature-sensitive experiments, this reaction block offers a reliable and organized platform for securely holding your reaction vessels or sample tubes. With its versatile compatibility and user-friendly design, the Scilogex Green Quarter Round Reaction Block is an essential addition to any laboratory seeking efficient and precise temperature control for a range of scientific applications. Product Features: Specific Reaction Vessel Compatibility: The Scilogex Green Quarter Round Reaction Block is tailored to hold 6 reaction vessels, each with an 8ml capacity, providing a secure and organized platform for your specific laboratory needs. Precise Dimensions: With each hole measuring 17.75mm in diameter and 26mm in depth, this reaction block ensures a snug fit for your reaction vessels, contributing to stable and efficient temperature control. Anodized Finish for Sizing Recognition: The green color-coded anodized finish of this reaction block allows for instant recognition of its sizing, ensuring quick and hassle-free setup on your hotplate or hotplate stirrer. Durable Aluminum Alloy Construction: Crafted from robust aluminum alloy, this quarter-round block is built to withstand rigorous laboratory use, providing long-lasting performance and reliability. Versatile Laboratory Applications: Whether you're conducting reactions, sample heating, or other temperature-sensitive experiments, the Scilogex Green Quarter Round Reaction Block offers versatility and precision in sample processing for a wide range of scientific applications.