Discover the efficiency of Pennsylvania Crusher brand single roll crushers for precise size reduction of materials like coal, petroleum coke, and lignite. Employing three distinct methods—impact, shear, and compression—these compact crushers boast large mouths that effortlessly accept sizable slabs, ensuring thorough crushing. The Type K model, suitable for materials with a compressive strength of 8,000 p.s.i. or less, excels as a lump breaker for various substances. Featuring low profiles, superior roll assemblies, and minimal fines production, these crushers offer versatility and reliability. With multiple feeding options and adjustable output sizes, Pennsylvania Crusher single roll crushers are the solution for accurate size reduction in confined spaces and demanding applications.

Pennsylvania Crusher’s GRANULATORS, featuring the renowned TKK Koal-King® model, excel in crushing a wide range of materials such as coal, limestone, and gypsum. Widely used in power plants, mines, cement plants, and more, the TKK Granulator stands out with its unmatched reduction capability and superior performance. Its innovative design includes features like interchangeable screen plates, slotted openings for increased capacity, and toothed ring forged steel hammers that minimize vibration. This crusher’s advantages extend to ease of maintenance, with bolted frame liners, hinged rear quadrants for full access, and clean-out doors. It even offers optional hydraulic cage door openers for added convenience. The TKK Granulator is the top choice for efficient, low-capacity crushing needs.

Bradford Breakers by Pennsylvania Crusher Brand are renowned since 1905 for their precision, rugged design, and dependability in crushing, sizing, and cleaning run-of-mine coal and other friable materials worldwide. These breakers offer simultaneous sizing and cleaning, with sized coal exiting quickly through screen plate holes while unsized coal continues through the crushing chamber.

The Jeffrey Rader Disc Screen (RDS) is the industry’s top choice for efficiently removing oversized rejects from unscreened wood chips, hog fuel, or bark. Engineered to your specific requirements, this heavy-duty scalping screen features a modular design for easy field configuration and offers exceptional advantages such as continuous material movement, self-cleaning for minimal downtime, and variable openings to screen out various materials. With a track record of unparalleled performance, Jeffrey Rader’s Disc Screen is the go-to solution for optimizing your wood chip processing operations.

The Jeffrey Rader brand presents the innovative EDK Rotary Feeder/Delumper, meticulously engineered for the demanding needs of the plastics industry. This feeder is adept at precise volumetric feeding of polypropylene and polyethylene resin even under extreme pressures and temperatures. Featuring dual top knives for effective shearing, variable speed control, and anti-stall capabilities, it ensures uninterrupted operation in rugged applications. Its design incorporates advanced features such as a double-helical rotor with a labyrinth seal, adjustable end seals, and optional stainless-steel components. The feeder’s anti-jamming mechanism automatically reverses rotation to clear obstructions, guaranteeing continuous, efficient performance. With standard features like polished rotor surfaces to prevent material build-up and optional accessories including custom transitions and sight glasses, the EDK Rotary Feeder/Delumper offers unparalleled reliability and precision in material handling.

Optimizing wood chip preparation is vital for efficient pulp production, especially in cooking wood chips to make pulp, where well-sized chips maximize essential chemical utilization. Jeffrey Rader’s DynaYield™ II Chip Conditioner improves pulp penetration through longitudinal cracks in over-thick chips. It is a vital step in the Jeffrey Rader’s Overthick Processing System offers solutions. The DynaYield™ II Chip Conditioner stands out for its fines and pins reduction, lower maintenance costs, and centralized lubrication, playing a crucial role in optimizing chip thickness for better uniformity and operational uptime.