Engineered for precision tube-to-tube sheet expansion, our expanders are designed for concentric, controlled wall contact, high joint integrity, and leak-proof sealing without tube thinning or deformation.
Facilitates high-accuracy tube expansion from 1.¾" to 4.½" Dia. ensuring strong wall grip with minimum tube wall thinning.
Expands Dia. ranging from ⅞" to 4.½" with optimized contact pressure for secure and deformation-free joints under high thermal cycling.
Advanced flaring expander optimized for ⅞" to 4.½" tube range Dia., featuring offset flares and heat-treated rollers for consistent, and ridge less transitions.
Optimized for restricted-access applications, providing consistent expansion from 1" to 4.½" Dia. with repeatable, and distortion-free results.
Engineered for high-performance rolling expansion ranging from 1.¼" to 4.¼" Dia., ensuring uniform tube growth and exceptional seal integrity in demanding boiler environments.
Advanced feed geometry ensuring repeatable expansions with superior surface finish and minimal operator fatigue ranging from 1.½" to 2.½" Dia.
Optimized for bottom plate tube expansion in sugar evaporators with adjustable reach ranging from 700 to 3000 mm Dia., providing consistent and controlled expansion cycles.
Dual-function tool beads and expands tubes ranging from 31.75 to 63.5 mm Dia. boosting efficiency with consistent, and smooth finish.
Precision 3-roller expansion covers ½" to 4" tube sizes with reach up to 10¾", ensuring uniform sealing and repeatable tube growth.
5-roller dynamics deliver smooth, concentric expansion across standard sizes from ½" to 4", with reach options extending up to 10¾", maximizing grip and seal integrity.
Precision tube expansion from 6.3 to 9.52 mm Dia., by delivering uniform wall growth and optimized load distribution for enhanced joint integrity.
Robust tools offering precise tube expansion from 1.¾" to 5" Dia., designed to enhance joint stability and sealing performance.
Engineered for accurate tube expansion from 6.3 to 9.5 mm Dia., ensuring consistent preload and superior mechanical bonding.