Franklin Miller’s Lump Breakers provide powerful performance in demanding size reduction applications
DELUMPER® Lump Breakers and Crushers break solids, lumps and agglomerates down to desired size with a once-through, non-churning, crushing action that produces minimal fines. They reduce plant downtime, increase processing speed and improve product consistency. These units are precision manufactured and aligned for smooth operation with low vibration or noise.
Franklin Miller lump breakers are built with rugged, all-welded housings, precision-machined rotors, and heavy-duty shafts designed for maximum durability and performance. Each unit features hardened alloy cutters and sealed bearings for long service life, with optional stainless steel construction available for corrosive or sanitary environments. The result is a robust, low-maintenance machine capable of delivering consistent, high-efficiency size reduction in even the most demanding applications.
The PIPELINE DELUMPER® In-line Processor converts a solids-laden stream into a fully suspended homogeneous flow — instantly. It stops settling out, clustering and over pressure. The reduced particles are entrained in the stream, away from the pipe walls. Scale is dislodged from reactors, silos and tanks and is crushed before it can impede the flow.
The PIPELINE DELUMPER improves product quality, blend and consistency. It instantly reduces tough solids to a uniform output size. This unit improves mixing, drying and dissolving operations. Nozzles are kept clear and sensitive media is protected. The result is reduced downtime, a process that is in better control, and with substantial savings to the operation.
DELUMPER® Multi-Shaft Crushers models are provided in a number of configurations to fit many application requirements, in standard (LP) and Ultra-Heavy-Duty (LP-HD) versions. These units feature: direct gear drives, shaft seals and heavy-duty bearings. The DELUMPER TWIN-LP lump breaker features multiple high profile “LP” cutters stacked on heavy parallel shafts. Each tooth is constructed for precise balance, interchangeability and smooth operation.