Rotary Kilns are used to heat solids to the point where a required chemical reaction(s) takes place. The Rotary Kiln is basically a rotating inclined cylinder, solids retention time in the kiln is an important factor and is set by proper selection of diameter, length, speed, slope and the internal design.

Rotary Kilns are normally direct fired and lined with refractory material to protect the steel shell, reduce radiation losses and transfer heat to the material. A typical Rotary kiln is cylindrical shell, slightly inclined from the horizontal and supported on two or more tyres, which in turn rotate on rollers. One of the tyre is fixed axially by a set of thrust rollers to care of the thrust load during kiln movement. The drum assembly along with the tyres are rotated by a girth gear/ pinion arrangement. Shell diameter and length are generally designed to suit specific products.

Contact;
NSI Equipments Private Limited
Contact Person : Mr. Lokesh Varshney
Address : Opposite Block Development Office, Delhi Road
Meerut, Uttar Pradesh – 250 002, India
Phone No : +(91)-(121)-2519225/4030530
Mobile No : +(91)-9897700681

HTT manufactures Rotary Kiln Systems that will operate at 12 – 100 Tons per Day. All system components are factory built and tested. By using a 309 SS liner and ceramic fiber insulation, we can shop assemble the largest systems without exceeding the weight and size restrictions of standard freight. Shop fabrication and on-site time is minimized. Complete systems can be designed, built, installed and operational in 3 months. System components are shipped as a standard Sealand type trailers. Locally available cranes and rigging equipment can assemble the system in just a few days. Electrical and piping installed in one week.

The unit shown in the attached pictures was delivered on Monday and in operation on Thursday morning the same week. The system is 12 Tons Per Day Rotary Kiln Incineration system for solid waste. The unit was installed by a private company with contracts with the US Customs, DEA, and FBI, for disposal of confiscated drugs.

Contact;
HiTemp
Tel: +1 908 500 7500 Stephen R. Parker, Sales Engineer
Flemington, New Jersey hitemp@thermcat.net

A rotary kiln is ideal for calcining high-grade cement in cement plants. It is also commonly used in the production process of catalytic agent, molecular sieve and zinc oxide, etc. As a result, you can find a rotary kiln in variety of industries, like steel annealing and nonferrous smelting industries, metallurgy and chemistry fields, and building industries, and more.

A rotary kiln, which is also called a rotary calcine kiln, is a commonly used building material machine. Classifying by material properties, a rotary kiln falls into cement kilns, metallurgy chemical kilns, and lime kilns.
We at Esong can provide kilns with different shapes, including mesh-belt kiln, rotary furnace, tunnel furnace, shuttle kiln, push board kiln, etc

Features:
1. Through technological innovation, our rotary kiln is designed with international leading wheel catch device, high precision plunger metering pump, high accuracy speed control valve and contact graphite block sealing device, etc.
2. In order to improve machinery automation, an industrial computer is used for showing the calcining condition, and a fluorescent screen is adopted for showing the simulated process flows. An infrared scanner is utilized for transmitting the calcining condition to the computer.
These new technologies provide our rotary kiln with strong visual sense, convenient operation and reliable performance. They help stabilize thermal regulation and improve operation efficiency.
4. Comparing with other similar cement production equipment, the operation rate of our rotary kiln increased by 10%, production increased by 5%-10% and heat consumption decreased by 15%.

Contact Us
Shanghai Esong Mining Machinery Co., Ltd.
Key Contact: Stevenzhao
Tel: +86-21-60820908
Fax: +86-21-60820909
Cell: +86-13761810436

Rotary kilns are used to heat solids to the point where a required chemical reaction(s) takes place. The rotary kiln is basically a rotating inclined cylinder. Solids retention time in the kiln is an important design factor and is set by proper selection of the diameter, length, speed, slope and internals design. There are two basic types of rotary kilns; direct fired and indirect fired.

Metso designs and supplies both direct fired and indirect fired rotary kilns for a wide variety of applications. We have supplied over a thousand rotary kilns ranging in size up to 7.6 meters in diameter and 190 meters in length.

We are the only company that has the original drawings, specifications and calculations for pyro processing systems and equipment that have been installed under the following trade names:

Allis-Chalmers
Allis Mineral Systems
Boliden Allis
Kennedy Van Saun (KVS)
MPSI/Hardinge
Stansteel
Pyrotherm

Contact;
Metso Minerals (Australia) Limited
Postal address
PO Box 276
3131 Nunawading
Victoria
AUSTRALIA
Tel +61 3 9874 2222
Fax +61 3 9874 2322

Cement rotary is the main equipment in the dry production line of clinker cement. This series of rotary kiln consist of bowl, supporting part, supporting device with catch wheel, gearing rigging, flexible kiln hood, kiln hood and kiln end sealing device, nozzle device and so on. The rotary kiln is higher than the horizon as the whole body is supported by the riding wheel with the catch wheel controlling the up and down move of the kiln body.

Besides the main transmission, the transmission system sets auxiliary transmission device which can keep the kiln body move when the main power is off to protect it from bending deflection. The kiln hood and kiln end sealing device adopts advanced technology which ensures the security of the sealing.

Contact;
Henan Bailing Machinery Co., Ltd FAC Adress:
81st Tangli Street, hi-tech zone of Zhengzhou, Henan province, China.
Email:
bailing@bljq.net
Fax:+86(0)371 67996062
Tel:+86 (0)371 67996061

The Ball mill is a key equipment to grind the crushed materials, and the Ball mill is widely used in powder-making production line including cement, silicate, new-type building material, refractory material, fertilizer, ore dressing of ferrous metal and non-ferrous metal, glass ceramics, etc, and the Ball mill can grind various ores and other materials with dry type and wet type. There are two kinds of ball mill, grate type and overfall type due to different ways of discharging material.

The Application Of Ball Mill
Ball Millis are widely applied in cement industry, chemical industry, new building materials, fire-resistant materials, fertilizer, porcelain and glass industry for grinding iron ore, gold ore, concrete, slag, copper ore, tantalite, etc. It has two ways of grinding: dry process and wet process.

The Features & Benefit Of Ball Mill

* The hollow axis adopts the cast steel, and the lining can be replaced. The big rotary gear is forged from cast rolling gears.
* The barrel body is inlaid with wearable plates,so Ball mill has long serve life.
* The Ball mill runs steadily and efficiently.

Main Parts Of Ball Mill↑
Ball Mill is made up of feeding part, discharging part, gyre part, transmission part (reducer, small transmission gear, motor, and electrical controller) and so on.

Working Principle Of Ball Mill
Ball mill is a horizontal rotating device transmitted by outside gear. Material is transferred to grinding chamber through the quill shaft uniformly. There are ladder liner and ripple liner with different specifications of steel balls in the chamber. The centrifugal force caused by rotation of barrel brings the steel balls to a certain height to impact and grind the material. The ground material is discharged through the discharging board, thus the grinding process is finished.

Contact Information:
No.416 Jianye Road, South Jinqiao Area
Pudong, Shanghai
China
Phone Phone: 0086-21-58383022
Fax Fax: 0086-21-58383058
WWW Link Website: www.miningequipments.net
Email Email: mill@unisbm.net

Hitachi has created the ideal performance match to increase productivity. It is called the BMC Matching
Control Concept

Ideal Match for Comfort & Safety
For boosting productivity and operator protection.

Clear view from cab front
A pillar-less design gives an unobstructed view of the front.

Model Isuzu BB-6BG1T
Type 4-cycle water-cooled, direct injection
Aspiration Turbocharger
No. of cylinders 6
Rated power DIN 6 271, net 94 kW (128 PS) at 2 200 min-1 (2 200 rpm)
Rated power SAE J1349, net 96 kW (128 hp) at 2 200 min-1 (2 200 rpm)
Bore and stroke 105 mm x 125 mm
Piston displacement 6.494 L
Electrical system 24 volt with 0.96 kW, 50 A alternator
Starting system 24 V x 4.5 kW electric motor.
Batteries 2 x 12 V / 512 CCA, 182-min. rated reserve
Air cleaner Single element dry type with restriction indicator

Contact;
Hitachi Construction Machinery Co., Ltd.
Head Office: 5-1 Koraku 2-chome, Bunkyo-ku,
Tokyo 112-8563, Japan
Telephone: (03)3830-8050
Facsimile: (03)3830-8204

Electronically-Controlled HST Using a 1-Pump,2-Motor System
● The 1-pump, 2-motor system allows for high-efficiency and high tractive effort. Engine power is transmitted
hydraulically to a transfer case, then manually out to the differentials and out to the four driving wheels.
● HST provides quick travel response and aggressive drive into the pile. The variable displacement system
automatically adjusts to the tractive effort demand to provide maximum power and efficiency.
● Full auto-shifting eliminates any gear shifting and kickdown operation to allow the operator to concentrate on digging and loading.
● When high drive torque is needed for digging, climbing or initiating movement, the pump feeds both motors. This combination makes the loader very aggressive and quick.
● Under deceleration, the HST system acts as a dynamic brake on the mechanical drive system. The dynamic
brake can hold the loader in position on most workable slopes. This can be an advantage in stockpiling and ramp loading.
● As the machine moves and gains ground speed, the torque demand decreases and the low speed motor is
effectively removed from the drive system by a clutch. At this point, the flow is going to the high-speed motor and the low-speed motor is not causing a drag on the system.
● An inching pedal gives the operator excellent simultaneous control of his travel and equipment hydraulic speeds. By depressing the inching pedal, drive pump flow to the motors will decrease, reducing ground
speed and allowing the operator to use his accelerator to increase flow to his equipment hydraulics. Depressing the inching pedal further will activate the service brakes.

● 3-spool valve for boom and bucket controls
● Additional counterweight
● Air conditioner
● Alternator, 60 A
● Auto shift transmission with mode select system
● Back-up alarm
● Back-up lamp
● Batteries, 88 Ah/2 x 12 V
● Bucket positioner
● Counterweight
● Directional signal
● Engine, Komatsu SAA4D107E-1 diesel
● Engine shut-off system, electric
● Floor mat
● Fuel prefilter with water separator
● Hydraulic-driven fan with reverse rotation
● Lift cylinders and bucket cylinder
● Loader linkage with PZ lift arm
● Main monitor panel with EMMS (Equipment Management Monitoring System)
● PPC fingertip control, mono lever +1
● Quick coupler
● Radiator mask, lattice type
● Rear defroster (electric)
● Rear view mirror
● Rear window washer and wiper
● ROPS/FOPS cab
● Seat, rigid type with reclining
● Seat belt
● Service brakes, wet disc type
● Starting motor, 4.5 kW/24 V
● Steering wheel, tiltable
● Sun visor
● Tires (20.5-25-12PR, L2 tubeless) and rims
● Transmission, 4 forward and 4 reverse
● Bucket, stockpile, for use with coupler with B.O.C. 2.0 m3 2.6 yd3

Contact;

http://www.komatsu.com

With pilot-operated joystick controls, a more comfortable operator station, new extendible stick design and increased performance, the 450E lets you get more done with less effort.

Engine
Net Power – SAE J1349 92 kW 124 hp
Engine Model (Standard) Cat® C4.4
Net Power – ISO 9249 93 kW 125 hp
Gross Power – SAE J1995 102 kW 137 hp
Gross Power – ISO 14396 102 kW 137 hp
Net Power – EEC 80/1269 93 kW 125 hp
Bore 105 mm 4.13 in
Stroke 127 mm 5 in
Displacement 4.4 L 268 in3
Net Torque Rise @ 1400 rpm – Standard 28 % 28 %
Net Peak Torque @ 1400 rpm – Standard – SAE J1349 514 N·m 380 lb ft

Backhoe
Dig Depth – Standard 5260 mm 17.2 ft
E-Stick Retracted 5260 mm 17.2 ft
E-Stick Extended 6501 mm 21.3 ft
Reach from Swing Pivot – Standard 6704 mm 22 ft
E-Stick Retracted 6704 mm 22 ft
E-Stick Extended 7886 mm 25.8 ft
Bucket Rotation 198 Degrees 198 Degrees
Bucket Dig Force – Standard 78.9 kN 17746 lb
E-Stick Retracted 78.9 kN 17746 lb
E-Stick Extended 78.9 kN 17746 lb
Stick Dig Force – Standard 52.4 kN 11780 lb
E-Stick Retracted 53.1 kN 11939 lb
E-Stick Extended 40 kN 9009 lb
Stick Lift @ 2440 mm (8 ft) – Standard 3811 kg 8401 lb
E-Stick Retracted 3667 kg 8084 lb
E-Stick Extended 2048 kg 4514 lb
Loading Height – Standard 4440 mm 14.58 ft
E-Stick Retracted 4439 mm 14.58 ft
E-Stick Extended 5194 mm 17 ft
Loading Reach – Standard 2100 mm 6.85 ft
E-Stick Retracted 2100 mm 6.85 ft
E-Stick Extended 3112 mm 10.2 ft

Weights
Operating Weight – Maximum 12300 kg 27115 lb
Operating Weight – Nominal 10950 kg 24141 lb
Cab, ROPS/FOPS 252 kg 556 lb
Extendible Stick (no weights) 285 kg 628 lb
Air Conditioning 71 kg 157 lb
MP Bucket 1.1 m3 (1.5 yd3) w/Fold-Over Fork 105 kg 231 lb
MP Bucket 1.1 m3 (1.5 yd3) w/o Fold-Over Fork -86 kg -190 lb

Loader
Bucket Capacity – General Purpose 1.34 m3 1.75 yd3
Bucket Width – General Purpose 2434 mm 8 ft
Dump Height @ Max Angle – Single Tilt 2666 mm 8.7 ft
Dump Reach @ Max Angle – Single Tilt 850 mm 2.7 ft
Dig Depth – Single Tilt 146 mm 6 in
Lift Capacity @ Full Height – Single Tilt 3570 kg 7871 lb
Bucket Breakout Force – Single Tilt 50.6 kN 11375 lb

Contact;
Caterpillar Corporate Headquarters
100 North East Adams Street
Peoria, Illinois USA 61629
1 (309) 675-1000

The new Bobcat® S650 skid steer loader is part of the M-Series. With its vertical lift path, the S650 gives you increase lifting capacity and provides greater forward reach at full lift height for loading over dump trucks. Like all M-Series models, the S650 has an industry-leading cab design that offers improved visibility and operator-friendly features such as cab forward design with the optional pressurized cab, air ride seats and seat-mounted joysticks. The S650 has powerful hydraulics, top digging and pushing power, and increased fuel capacity. Stay productive with simple maintenance checks and simple design. To help you become even more productive, Bobcat offers more attachments for more carriers than anyone in the industry. Bobcat is the only major compact equipment company that manufactures a majority of its attachments.

Engine Cooling Liquid
Emissions Tier (EPA) Interim Tier 4
Engine Fuel Diesel
Horsepower 74.3 HP
Turbocharged Engine Yes
Rated Operating Capacity (SAE) 2690 lbs
ROC with Counterweight Option 2840 lbs
Tipping Load 5380 lbs
Operating Weight 8327 lbs
Travel Speed 7.1 mph
Travel Speed (2-speed option) 12.3 mph
Fuel Tank 27.3 gal
Pump Capacity 23 GPM
Auxiliary Std Flow 23 GPM
Auxiliary High Flow 30.5 GPM
Length 136.8 in
Length without Attachment 108.4 in
Length with Standard Bucket 136.8 in
Width 72.1 in
Width (with bucket) 74 in
Height 81.3 in
Height with Operator Cab 81.3 in
Height to Bucket Hinge Pin 124 in
Reach @ Maximum Height 31.5 in
Turning Radius 82.9 in
Wheelbase 45.3 in
Joystick Control opt
Air Conditioning opt
Backup Alarm std
BICS System (Interlock) std
Cab Enclosure opt
Cab Heater opt
Suspension Seat opt
Deluxe Instrumentation opt
Engine Shutdown std
Hydraulic Bucket Positioning opt
High Flow Option opt
Auxiliary Hydraulics std
Bob-Tach Attachment System std
Power Bob-Tach opt
Ride Control opt
Horn std
Chain Size Final N/A

Contact;
Burkeen Corporation
PO Box 765
Winder, Georgia
Phone 770-307-0513
Toll Free 877-307-0513
Email sales@burkeen.com
www.burkeen.com