
A structure designed to divert water around a chimney on a roof, preventing accumulation and potential damage, is a critical component in building construction. This design element typically involves a sloped or... Read more »

A small roof structure designed to divert water away from a chimney’s intersection with the roof is commonly referred to as a “cricket.” This construction minimizes water accumulation and potential leakage around... Read more »

This roof component is a small, peaked structure designed to divert water away from a chimney. Typically constructed of metal, it is installed on the roof behind the chimney where the roof... Read more »

A structure designed to divert water away from the vulnerable intersection of a chimney and a roof is commonly referred to as a roof cricket. Typically triangular or diamond-shaped, this addition effectively... Read more »

This refers to a specialized roofing component designed to divert water away from the vulnerable area where a chimney intersects with a roof plane in the Sarasota, Florida, region. Constructed typically from... Read more »

A small, peaked structure designed to divert water on a roof, especially behind a chimney, prevents accumulation and potential leaks. Typically constructed of sheet metal, it creates a watershed, channeling rain and... Read more »

A small, roof-diverting structure, typically triangular or trapezoidal, is installed behind a chimney to prevent water from pooling and causing damage. These structures, often sought at national home improvement retailers, provide a... Read more »

A structure designed to divert water around a chimney where it intersects a sloping roof surface is crucial for preventing leaks and potential water damage. This construction, typically triangular or diamond-shaped, creates... Read more »

A structure designed to divert water away from the vulnerable area where a chimney meets a roof prevents water from pooling and potentially seeping into the building’s structure. Typically triangular or trapezoidal... Read more »


