Tri Clover Compatible Clamp Ferrule Reducer End sizes: 1.3 inches and 4 inches Tri Clover clamp compatible for sanitary piping and homebrew equipment Concentric pipe fitting to maintain centerline alignment Material: stainless steel 304 Manufacturing method: casting Model number: JSQ0100010 Shape: Equal Key benefits - Sanitary stainless steel 304 construction provides corrosion resistance and durability for beverage and food processing environments. - Tri Clover compatible clamp ends enable easy, secure assembly with standard sanitary piping and fittings. - Concentric reducer design preserves centerline alignment across end sizes for smooth flow and reduced turbulence. - Reliable casting product designed for long-term use in homebrew brewing and small scale production systems. - Clear specifications and model identification support easy ordering, replacement, and compatibility checks. Specifications - Product type: Tri Clover Compatible Clamp Ferrule Reducer - End connections: Tri Clover clamp ends (clamp compatible) - End sizes: 1.3 inches and 4 inches - Material: Stainless Steel 304 - Manufacturing: Casting - Model number: JSQ0100010 - Shape: Equal Applications and use scenarios - Homebrew brewing piping Connect a smaller 1.3 inch sanitary line to a larger 4 inch line in a wort transfer path, maintaining sanitary conditions and a clean flow with a centerline-aligned connection. - Beverage processing equipment Use in a small scale brewery or beverage facility to join vessels or piping sections that use Tri Clover clamp fittings, ensuring a sanitary and reliable connection. - Equipment maintenance and replacement Replace worn or incompatible clamp ferrules on existing Tri Clover lines with a cast stainless steel reducer to restore a secure, hygienic connection between pipe sections of different sizes. Notes - This reducer is designed for use with Tri Clover clamp fittings and is suitable for homebrew and other sanitary piping applications. - The equal shape and concentric design help maintain consistent flow and alignment across the connected sections.