What should be the temperature of the environment during the fiber splicing process?

During the fiber splicing process, the environment should be controlled and stable. This is crucial for several reasons. First, extreme temperatures can affect the quality of the splice. High temperatures might cause the fibers to expand and could lead to improper alignment during splicing, while freezing temperatures can cause the fiber materials to become brittle, risking damage during handling.

A controlled and stable environment ensures that the conditions remain optimal for both the splicing materials and the optical fibers themselves. It minimizes the risk of introducing contaminants, such as dust or moisture, which can compromise the integrity of the splice. Additionally, stable temperatures help maintain the adhesive properties of any materials used in splicing processes.

While room temperature is generally acceptable, it is the control and stability of the environment that are paramount to ensure the splicing process is performed correctly and yields high-quality results.