Vermont Castings Baffle Board – 2392A | Replaces 30004332 | Fits Montpelier I & Stratton Fireplace Inserts | Superwool Plus | 2100°F Heat Rating | Made in USARestore clean-burning performance and maintain EPA compliance with the Lynn Manufacturing 2392A Replacement Baffle Board. Designed for Vermont Castings Montpelier I and Stratton Fireplace Inserts, this high-temperature board is made from Superwool Plus—a safe, durable alternative to traditional ceramic fiber that withstands extreme heat while improving stove efficiency and safety.Key Features:• Direct OEM Replacement: Replaces Vermont Castings part 30004332 for Montpelier I and Stratton inserts.• High Heat Rated: Engineered to withstand continuous temperatures up to 2100°F.• EPA-Compliant Performance: Supports secondary combustion to reduce emissions and enhance efficiency.• Safe & Non-Hazardous: Superwool Plus is non-carcinogenic and free of GHS health hazard warnings.• Rigidized Gray Surface: Reinforced for improved strength and resistance to wear.• Made in the USA: Premium quality craftsmanship from Lynn Manufacturing.• Note: For Montpelier II, use Lynn Item 2387C.Specifications:• Product Name: Vermont Castings Replacement Baffle Board• Part Number: 2392A• Replaces: OEM Part 30004332• Compatible Models: – Vermont Castings Montpelier I Fireplace Insert – Vermont Castings Stratton Fireplace Insert• Dimensions: 20-5/8″ x 11-3/8″ x 1/2″• Material: Rigidized Superwool Plus (ceramic fiber alternative)• Temperature Rating: Up to 2100°F• Manufacturer: Lynn Manufacturing• Country of Origin: USAWhy Choose the Lynn 2392A Baffle Board?A worn or broken baffle can lead to reduced efficiency, increased smoke emissions, and potential safety issues. The 2392A offers a safe, durable, and high-performance solution that restores your fireplace insert’s combustion efficiency while eliminating the health concerns associated with traditional ceramic fiber materials.Upgrade your Montpelier I or Stratton fireplace insert with the Lynn Manufacturing 2392A Baffle Board – precision-engineered for maximum heat retention, safety, and performance.









