IZOPLET
Coated Sleeve
Enhanced Protection for Heat, Flame, and Impact
IZOPLET coated sleeves combine thermal protection with enhanced surface durability. Built from high-temperature braided fibers such as fiberglass, basalt, silica, or ceramic, these sleeves are further reinforced with silicone coatings. These outer layers improve resistance to moisture, mechanical wear, oil splashes, and radiant heat.
IZOPLET coated sleeves are ideal for protecting cables, hoses, and hydraulic lines in harsh environments such as metallurgy, power generation, foundries, and maintenance zones.
Understanding Silicone Behavior Under Heat
The chart below illustrates how the mechanical strength of silicone coating decreases with temperature and exposure time. This information helps assess the reliability of IZOPLET sleeves in both continuous and short-term high-temperature conditions.
Thermal Endurance Insight
The silicone layer can resist temperatures above +1000 °C for brief periods. If exposed longer, it may degrade — but the high-temperature fiber base will stay in place, continuing to protect cables and hoses when it matters most.
High-Temperature Resistant Leader
IZOPLET-120S
IZOPLET-120S is engineered for the most demanding thermal environments. Made from ceramic fiber, it maintains flexibility even under prolonged exposure to extreme heat and does not crystallize like other fibers.
The silicone coating protects the sleeve from mechanical wear, abrasion, and moisture ingress, significantly extending its service life in harsh industrial conditions.
One of IZOPLET-120S’s key advantages is its exceptionally low thermal conductivity. This makes it highly effective at minimizing heat transfer, providing outstanding thermal insulation and shielding for cables and hoses in high-temperature zones.
Thanks to its combination of heat resistance, mechanical durability, moisture protection, and superior insulation performance, IZOPLET-120S stands out as the optimal solution for steelmaking, foundries, and other industries facing intense thermal challenges.
Product Line
IZOPLET sleeves with silicone coating are manufactured on the basis of high-temperature yarns, including fiberglass, basalt, ceramic fiber, and high silica yarn. Each base material offers specific thermal and mechanical performance.
The silicone coating enhances resistance to radiant heat, molten splash, and short-term flame exposure. This product range is engineered for cable and hose protection in high-temperature industrial zones, particularly in steel plants, glassworks, and foundries.
Material Composition and Temperature Ratings
Coated Sleeve Type
Braid | Coating
Temperature
IZOPLET-50S
Fiberglass | Silicone
+550 | +290
IZOPLET-70S
Basalt | Silicone
+700 | +290
IZOPLET-90S
Ceramic+FG | Silicone
+880 | +290
IZOPLET-120S
Ceramic+Me | Silicone
+1200 | +290
IZOPLET-130S
High Silica | Silicone
+1100 | +290
How to Place an Order
To ensure we process your order quickly and accurately, please provide the following information:
Sleeve type (product name or code)
Inner diameter
- Outer diameter (if necessary)
Cut length (if needed)
Quantity
Understanding the Product Code
Each IZOPLET sleeve has a unique product code that reflects its key technical characteristics. This code helps you quickly identify the correct sleeve for your application.
Sample: IZOPLET-120S-45 | Braided Base Sleeve IZOPLET-120; Coating Silicone; Inner Dia. 45 mm
