Tilt Drum vs. Two Opening Mixer

Advantages of Central Mix over Dry Batch  Increased production capacity (approximately 50%)  Superior quality control (slump)  Reduced wear on truck mixer blades & drums  Reduced man hours for truck mixer clean-up  Overall cleaner plant operation  Sales tool for selling quality concrete

R & S Tilt Mixer Design as compared to Rexcon, Erie Strayer, Hagen, Heltzel, MTM and Con-E-Co.  Completely eliminates approximately 30 wear points (such as load rollers, roller path, and guide rollers)  Reduced maintenance cost over the life of the mixer is substantial

Mixing Efficiency  R & S mixing efficiency is equal to or better than all competitors  R & S Tilt Mixer design has been proven through mixer efficiency tests by independent laboratories for tough specification jobs such as nuclear power plants.  30 second shrink mix batch gives 300yds/hr

Exclusive Tilt Motion  Provides superior cleanliness of charging, mixing, dust control and discharge operations  Mixer mouth falls away from charge head, then returns to a positive seal – no spillage  In a class by itself

Mixer Batch Size  15 degree incline of the drum axis during the charging and mixing cycle permits full capacity batches without spillage  All horizontal axis mixers have serious spillage problems both of wet and dry materials  The offering of “spillage chutes” in competitive price sheets is indicative of this problem

Shipping  R & S Tilt Mixers are shipped completely assembled and ready to operate  As an example, some other mixers are shipped in 12 pieces requiring field assembly and alignment

Drum Liners  R & S Tilt Mixers are equipped standard with 3/8” ar steel drum liners stitch welded into place  1” polyurethane drum liners are recommended  Full face 1” polyurethane blade liners are also available and recommended  ¾” polyurethane liners for the mixer dump chute and collecting cone in lieu of ¼” ar steel liners are available and recommended  Spray-in “Rawhide” lining also available for longer life and cost efficiency