In medical equipment,food processing and chemical experiments,pipes often attract much attention.Silicone braided tubes are widely used due to their heat resistance,pressure resistance and flexibility.However,many people are concerned about one issue:Will silicone braided tubes release harmful substances during use?
From the perspective of material properties,silicone is an inert high-molecular elastomer and is not prone to react with liquids or gases by itself.Silicone braided tubes reinforced with braided layers usually have good resistance to high and low temperatures as well as chemical stability.Under common working conditions,silicone braided tubes do not release harmful substances and have little impact on the liquids or gases they convey.This is also one of the reasons why it is often used in food and beverage pipelines,medical catheters and laboratory equipment.

Silicone braided tubes are also closely related to the production process and raw material selection.If medical-grade silicone is used and meets relevant standards,it can generally be used with confidence.However,if uncertified or low-quality products are chosen,there may be a risk of additive precipitation or impurity migration.Long-term use may affect the purity of the liquid.
During the long-term high-temperature transportation of silicone braided tubes,it is necessary to pay attention to whether the temperature resistance range is exceeded.Using the pipe beyond the limit temperature may cause it to age,thereby releasing trace substances.To avoid this situation,it is recommended to pay attention to the temperature resistance range of the product when selecting the model and make a reasonable match based on the actual working conditions.
Silicone rubber braided tubes do not actively release harmful substances under normal usage conditions and are a relatively good type of conveying pipe material.However,during the procurement and usage process,products from reliable sources should be selected and combined with standard testing to ensure stability in sensitive fields such as food,medical care or laboratories.