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Linde Cushion Tire Forklift Trucks —
H16-18-20-20/600CT & CD and H25CT/600 |
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Designed and Built to Maximize
Your Investment!
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The H16-18-20-20/600CT & CD and the
H25CT/600 range of cushion tire, engine powered trucks covers
capacities from 3,000 - 5,500 pounds. Based on the highly successful
pneumatic tire machines, they represent the ideal solution to the wide
range of problems encountered in today's ever more demanding and
abusive warehousing environment.
Problem: Constant stop and go operation
resulting in excessive wear and tear on brakes and transmissions as
well as overheating, is an all too common scenario encountered in
these tough applications.
Solution: The Linde HC range featuring no friction brakes and no
transmissions, so efficient they will cut your fuel bill by up to 50%!
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Outstanding Features:
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- CAD/FEM design
- Construction machinery style driving power
- Drastically reduced maintenance expense
- Lowest total-cost of ownership
- Unrivaled performance
- Time-tested durability
- Ergonomic and environmental excellence
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EPA compliant VW 4-Cylinder Overhead Cam Engines
for the
Cushion Truck Series:
Renowned for their durability, fuel efficiency and ultra clean
burning characteristics, these engines are governed to low maximum
speeds in order to attain maximum fuel efficiency with the lowest
possible noise and exhaust gas emissions.
These proven motors have been in service with Linde for over 20
years and have been voted among the world's 10 best by Wards
Automotive Magazine. The application of power with intelligence helps the user
maximize their investment in man and machine.
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DRASTICALLY REDUCED
MAINTENANCE EXPENSES
Truck overheating, excessive brake
wear/fade and transmission failures all constitute documented problems
associated with the use of torque converter type lift trucks in
demanding warehouse shuttle applications.
NO Torque Converter
NO Mechanical Transmission
NO Friction Brakes
NO Clutch
NO Differential
Linde technology completely eliminates the typical maintenance
problems so often encountered in today's tough environments.
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