Horizontal Vacuum Belts deposit the sheets into the hopper in a controlled manner, without them hitting the backstop. This approach ensures the smoothest operation and eliminates the major causes of jam-ups such as interlocking sheets or flaps folding back. Extremely robust and mechanically stable filter belts guarantee resistance to abrasion and chemical attack on all machine types and models. These belts are made of polyester, polypropylene or polyamide and possess an aperture range of 10 to 1000 microns for applications including the manufacture of dyes & pigments and dewatering mineral concentrates amongst many others.

Horizontal Vacuum Internal Quench Furnace is fully automated, minimizing manual operations and operator surveillance. The temperature of this furnace is 2400°F. It has vacuum controls for indicating and recording. It has thermocouple vacuum gauge tube filters. It is used in annealing, hardening, sintering and carburizing works.

Horizontal Vibratory Feeders is a vibratory equipment used to convey, screen and feed materials in quantities ranging from a few spoonfuls. It is highly suited for demanding application. Its light and medium duty feeders accurately feed and control material flow. It has totally enclosed magnetic drives and low power consumption. It is ideal for metering small quantities of dry material such as plastic resins, small parts or food additive. It provides the top performance, electromagnetic reliability and accurate feed control. It feature include sealed coil assembly, anit-vibration mounting pad, an aluminum alloy tray carrier bracket and glass fiber springs.

Horizontal Water Source Heat Pumps are designed to give engineers the flexibility to design efficient, cost-effective geothermal or boiler/tower heating & cooling systems. These pumps are designed for boiler-tower applications. They are available in four small footprint cabinet sizes and 1/2 to 5-ton capacities.

Horizontal split-case pumps (HSC's) are designed to deliver the most efficient and economical pumping of clean water at moderate heads of any pump design. They are machined for precision alignment, and ensure that the split-case pumps operate at the highest efficiencies possible in a large pump. The pump and the motor are based on a common base plate through a flexible coupling and coupling guard. Impellers are statically & dynamically balanced and constructed with double inlets, practically eliminating end thrust and resulting in high operating efficiency. A bottom suction configuration is available on most models of dual and single volute designs.