PLUS blanket ceramic fiber blanket selection manufacturer avoidance guide?

Are there any mandatory requirements for the high-temperature shrinkage rate of fiber blankets in areas with significant vibration, such as main reheater pipes, turbine mid-span flanges, and flange supports? Is PULS-reinforced blanket necessary? National or industry standards do not specify a separate, stricter set of mandatory high-temperature shrinkage rate requirements for "areas with significant vibration, such as main reheater pipes, turbine mid-span flanges, flanges, and supports." Fiber blankets in these locations still adhere to the basic heating permanent set requirements of the product standards, but stricter requirements are typically included in tenders or technical agreements.

What is the functional effect of rock wool roll felt material for external insulation of cement plant pipelines? In cement plants, rock wool roll felt used for external insulation of pipelines is a crucial functional material, whose core function is to achieve energy conservation, reduce consumption, ensure production safety, and improve the working environment. Rock wool roll felt is the preferred economical material for external insulation of cement plant pipelines, with stable performance, minimal maintenance, and the lowest overall cost.

Manufacturer of ceramic fiber blanket insulation material for smoke exhaust ducts? The key to selecting ceramic fiber blankets for smoke exhaust ducts lies in their high temperature resistance level (usually requiring 1260 ℃ or above), as well as their insulation effect, resistance to smoke erosion, and ease of construction. The specific operating conditions of the exhaust duct (such as maximum flue gas temperature and duct shape) will directly affect the optimal selection and thickness. Generally speaking, if the temperature exceeds 1000 ℃, it is necessary to choose high aluminum type (1400 ℃) or zirconium containing type (1430 ℃) products with higher temperature resistance. During construction, staggered laying and bundling are usually used to ensure tight joints and prevent heat loss from the gaps.