High Temperature Gasket Paper – 9600 | Superwool Plus | 2100°F Rated | 1/8" x 15" x 24" | 4-Pack | For Stoves, Boilers, Kilns, Forges

High Temperature Gasket Paper – 9600 | Superwool Plus | 2100°F Rated | 1/8" x 15" x 24" | 4-Pack | For Stoves, Boilers, Kilns, Forges | Made in USA
Create custom, high-heat-resistant gaskets with Lynn Manufacturing’s 9600 High Temperature Gasket Paper. Designed for a wide range of heating applications, this Superwool Plus paper is flexible, easy to cut, and rated for continuous temperatures up to 2100°F. Ideal for sealing doors, access panels, and combustion chambers in wood stoves, pellet stoves, boilers, furnaces, kilns, and forges.

Key Features:
✅ Rated for 2100°F – Suitable for extreme heat environments
✅ DIY Gasket Solution – Easily cut to size with a knife for custom sealing jobs
✅ Multipurpose – For use in wood, pellet, oil & gas stoves, boilers, evaporators, kilns, and forges
✅ Superwool Plus Material – Safe ceramic fiber alternative with no GHS health hazard warning
✅ Soft, Pliable & Durable – Provides strong sealing while remaining easy to handle
✅ Made in the USA – High-quality manufacturing by Lynn Manufacturing

Specifications:
📌 Product Name: High Temperature Gasket Paper
📌 Part Number: 9600
📌 Quantity: 4 sheets per package
📌 Dimensions (each): 1/8" thick x 15" wide x 24" long
📌 Material: Superwool Plus paper (non-carcinogenic, flexible ceramic fiber alternative)
📌 Temperature Rating: Up to 2100°F
📌 Applications:
• Wood and pellet stoves
• Oil, gas, and wood boilers
• Furnaces and kilns
• Evaporators and forges
📌 Manufacturer: Lynn Manufacturing
📌 Country of Origin: USA

Why Choose Lynn 9600 Gasket Paper?
Whether you're a professional technician or DIY enthusiast, this versatile, high-performance gasket material gives you full control over your sealing needs. Cut it, shape it, and seal it — all with the confidence of durability, heat resistance, and safety.

🔥 Build your own high-temp seals with the Lynn Manufacturing 9600 Superwool Gasket Paper – made for heat, trusted for performance.