







Price: $27.99
(as of Jun 01, 2026 01:54:33 UTC – Details)
Product description
4/6/8 Inch Round Chimney Cap – 304 Stainless Steel Vent Cover

Promote chimney ventilation:
Cone Top Chimney Cap with Screen
Weatherproof Roof Vent Protector for Outdoor Stove, Fireplace or Roof Pipe
Solid & safe construction:
Round chimney flue cover cap is made of 304 stainless steel, heavy duty and well fabricated for corrosion and rust resistant. The all-weather design and reinforced screws ensure it securely enough to withstand high winds or crazy storms, holding up well even in harsh conditions.
Easy to install

suitable for different styles of chimney pipe

1. Precise Fit for 4″ Inner Diameter (ID) Stove Pipe Designed for 4-inch chimney pipes and wood stove pipes. Before ordering, measure your pipe’s inner diameter—if it is 4″ ID, this cover fits securely. Refer to the sizing guide on the product page for assistance.
2. Designed for Stability with Dual Fastening System This 4-inch stove pipe cap includes a reinforced base with dual side ports. Each pack comes with 2 security screws and 2 heavy-duty stainless steel hose clamps. The dual-fastening design helps keep the cap securely in place during high winds and severe weather.
3. 304 Stainless Steel Construction with Protective Gloves Made from 304 stainless steel for heat resistance and long-term durability. This material helps resist rust when exposed to seasonal weather conditions. A pair of protective gloves is included to assist with installation.
4. Umbrella-Style Top for Weather Protection The wide umbrella-style cone top helps direct rain and snow away from the flue to keep it dry. This cap is designed for wood-burning systems. It is not intended for kerosene or oil stoves, as those fuels may produce residue that can affect ventilation.
5. Mesh Screen for Airflow and Debris Protection The precision-machined mesh helps support consistent airflow for the wood stove pipe. The screen also helps filter out airborne debris, which may help reduce buildup inside the chimney over time.
