Aluminum plate&bar heat exchangers ( Air Cooler , Oil Cooler , Aluminum Oil Coolers,Water Cooler and Combi Coolers) have been widely applied
in all kinds of engineering machineries including concrete blender, concrete pump, crane, drilling Machinery,excavator,
loader, road roller etc.
Advantage:
Compact, Lightweight, High Efficient Heat Transfer
Application:
Concrete Blender Cooler
Concrete Pump Cooler
Crane Cooler
Drilling Machinery Cooler
Excavator Cooler
Loader Cooler
Road Roller Cooler
More
Material&Structure: Aluminum Plate-bar
Core : High strength, high heat conductivity,high safety coefficient.
Supersonic Cleaning: High efficiency,little corrosion to metal , few pollution.
Fins: offset fin, straight fin, perforated fin, louvered fin, corrugated fin
FAQ
Q1:Could you customize oil cooler/heat exchanger?
We can manufacture plate-fin heat exchanger/oil cooler /intercooler according to your drawings or samples or parameter requirement.
Q2: I want to buy your products, how can I pay?
A :You can pay via T/T
Q3: How can you guarantee the quality?
A: One year's warranty against B/L date.
Q4: If we don`t find what we want on your website, what should we do?
A: You can email us the descriptions and pictures of the products you need, We will check whether we can make it.
Q5: Can we buy samples of each item for quality testing?
A: Yes, we understand quality test is important and we are glad to send the sample for quality testing.
Q6: What is the lead time?
A: Normal : Plate-fin heat exchanger for 2~3 weeks; Tube&fin or stacked layer coolers for 5 weeks. Exact time upon negotiation .
Aluminum Plate-Bar Heat Exchanger,Industrial Oil Coolers,Construction Machinery Cooler,Hydraulic Oil Cooler,Aluminum Oil Coolers Wuxi Better Technology Co., Ltd , https://www.btheatexchanger.com
The hydraulically operated ram feeds the material automatically in the rotor's cutting chamber by load-related controls. The hydraulic system is equipped with high-pressure valves and volumetric flow controls which can be set according to the requirements of the input material.
Extremely robust pedestal bearing housings are mounted outside the machine and separate to the cutting chamber to prevent dust and dirt penetrating into the oversized bearings. This ensures a long service life and minimum service and maintenance.
Power is transmitted from the motor by a drive belt via an oversized gearbox which is located on the shaft end on one end of the rotor.
A safety switch prevents machine startup when the front panel is open and the machine features emergency stop buttons on the machine body and control panel.
FEATURES
Large diameter flat rotor
Machined pocket knife holders
Optional hard facing
Concave ground square knives
Robust ram construction
Heavy duty guide bearings
Universal couplings
Low speed, high torque geared drive
Powerful hydraulic swing type ram
Reduced footprint - (compared to horizontal pusher designs)
Bolt in drive shafts
Multiple rotor designs
Two speed hydraulic system
Oil cooling on ram and gearbox
Ram comb plate
Amp meter control
OPTIONSHydraulic screen cradleGearbox with shrink discRotor coolingPipe spacerTouch screen PLC Hopper mounted viewing mirrorIncreased motor driveHydraulic driveBespoke colour scheme Turbo hydraulicsHousing wear platesSound absorbing hopperapplication PLASTICSapplication RUBBERapplication WOODapplication BIOMASSapplication PAPERapplication ALTERNATIVE FUELS (RDF/SRF)application DOMESTIC/COMMERCIAL WASTE
Vacuum Brazing : Strict control of vacuum degree, temperature and time.
Argon Welding : Weld Gaps straight appearance , squamous uniform.
Test : Air tightessn test and Hydraulic Pressure
China-European-Standard-Heavy-Duty-Single-Shaft-Shredder-for-Tires
The DGX Heavy Duty Single Shaft Shredder has a 750mm diameter profiled rotor made of solid steel, operating at a speed of 45rpm. The concave ground, aggressive 4-way rotating knives are mounted in the grooves of the profiled rotor with special knife holders. This enables a reduction of the cutting gap between the counter knives and the rotor which guarantees a high flow rate, low power consumption and maximum output of shredded material.