- White Ceramic Insulation Baffle Blanket: ceramic fiber insulation is heat resistant, heat-insulating, and fireproof; It is rated to 2400F (1315C) and can maintain its shape and size even when exposed to high temperatures
- Versatile Size and Dimensions: with dimensions of 2" thick x 16" x 48", this ceramic fiber blanket is ideally sized for a wide range of applications; Whether you're lining a wood stove or fortifying a kiln, its ample coverage delivers peace of mind in high-temperature scenarios
- Wide Range of Applications: from pottery kilns to boilers, this ceramic baffle blanket is suited for multi applications, including welding, forging, and refractory processes; This versatile fireproof insulation blanket meets all your insulation needs
- Multiple Industrial Uses: ideal for brazing, soldering, casting, and glassblowing, this ceramic fiber blanket insulation is a multipurpose solution; Whether involved in jewelry making or advanced industrial applications, its heat resistance and durability set the standard
- Instructions for Use: when handling ceramic fibers, we recommend wearing protective gloves, safety glasses, and long-sleeved clothing; Use only hand tools, avoid creating airborne dust, and do not use compressed air for cleaning; Avoid inhaling dust, and if necessary, wear an approved respirator mask
Features:
Wide Range of Applications:
From pottery kilns to boilers, this fireproof insulation is suited for multi applications, including welding, forging, and refractory processes. Its adaptability makes it an essential tool for any heat-related enterprise.
Convenient Packaging:
Each package includes one ceramic fiber insulation, providing you with everything needed straight out of the box. Its thoughtful packaging makes it easy to transport and store, streamlining any project.
Specifications:
Material: ceramic
Color: white
Size: 2" thick x 16" x 48"
Package includes:
1 x Ceramic insulated baffle blanket
Notes:
Manual measurement, please allow slight errors on size.
The color may exist a slight difference due to different screen displays.
