Metal Casting Zone Info Blog

Archive for March, 2011

The problems with steel foundries in China

There are three kinds of steel foundries in China. One is the sand casting foundries, then the water glass investment steel casting workshops, and the silica sol investment steel casting workshops. We usually called the investment casting as precision casting process.

What kinds of products can these casting workshops produce?

As for the sand casting workshop, they usually make the steel castings with material of normal carbon steel, and some kinds of alloy steel. The prefer weights are from 5kg to 400kg. With normal surface and inside quality requirements, and simple machining. They usually use the green sand or CO2 gas hardening sand as the materials. The problems with these foundries are their production efficiency is low. Since they use the traditional manual molding process, their annual output is small. They can not meet the delivery time for the large orders. Second problem is their surface quality is not good. This is the common problem for all sand castings. Thirdly, they can not do the high precision machining. These workshops are usually able to make the simple machining. Of course, I do not mean all the steel foundries do not have CNC centers. Some large steel foundries have many good machines for machining.

As for the water glass investment casting workshops, they use the water glass and yellow wax as the material. We also call this casting process as lost wax casting process. This process can keep very good dimensional and surface requirements, and these workshops usually use the medium-frequency induction furnace, therefore, they can make some alloy steels. Their problems are they can not make large or heavy castings. Their prefer size is between 50mm to 300mm, and prefer weight is between 0.3kg to 5kg. This is restricted by the lost wax process.

As for the silica sol investment steel casting workshops, they use the materials of yellow wax and silica solution. So, they can keep the higher level for the surface quality and dimensional requirements. According to the experience of Mr. Galen Wang from Dandong Ruiding Foundry, the silica sol investment casting process can reach the best surface quality and dimensions. Their problems are as same as the water glass investment casting process. They have size and weight restriction. In addition, their production costs are usually three times of water glass investment castings. Therefore, unless you need absolutely high surface quality and dimensions, this process is not your best choice.

By the way, all steel foundries are not willing to make iron castings. It is because the pig iron used for making steel castings is not same as that used for making iron castings. We call this pig iron as steel pig or pig iron for steel making.

We hope this article can help the overseas buyers and purchasers to learn more about the steel foundries in China, so, they can choose the most suitable suppliers for their products.

This article was originally written by Mr. Galen Wang from Dandong Ruiding Foundry

Foundry Equipment, Sand Casting, Sand Core Making, Core Shooting Machines Shell Molding Machines Shell Moulding Machines Sand Core Making Resin Sand Core Making Iron Casting Sand Casting Green Sand Casting Foundry Core Making

Cast Iron Fireplaces – What you Should Know

When most people think of a fireplace, they envision one made of brick or even stone. But today more and more folks are turning to a cast iron fireplace. Here are some of the things to look for when considering getting your own cast iron fireplace.

Fireplace set up

A fireplace made from cast iron will generally feature a cast iron fireplace insert. It also includes a hearth, fireplace surround and fireplace mantel.

While the firebox and insert itself is made of cast iron, the other parts to the fireplace can be made from any type of materials you desire. For example, the fireplace mantel design can be out of wood or stone.

Design

This type of fireplace design is open to several different options. Since it is cast iron, you could choose to have a standard insert or it could be angled or arched for that matter.

You have total control over any custom made cast iron fireplace.

Heat source

You can decide on what type of heating source you want, whether it is gas, propane or even electric. The insert can be designed for any of them.

Finding a cast iron fireplace is not difficult. You can look online and find suppliers everywhere. Many websites have online catalogs that make browsing and shopping very convenient. Ordering is simple and delivery can be with in10-14 days.

If you are looking for something different in a fireplace you may want to take a closer look at the different types of cast iron fireplaces. They offer solid benefits such as longevity, cost and ease of clean-up and may be the solution you’ve been searching for.

All Rights Reserved Worldwide. Reprint Rights: This article may be freely reprinted or distributed in its entirety in any ezine, newsletter, blog or website. The author’s name, bio and website links must remain intact and be included with every reproduction.

Heated Towel Rails and Cast Iron Radiators Make a Perfect Bathroom

A warm towel is very desirable after a shower. Heated towel rails fulfill this with a note of bliss. There are numerous types of heated towel rails available, the most prevalent being electric towel warmers and hydraulic towel warmers.

Electric towel warmers: 
This lineage is provided with several rails and can be attached to the wall. When switched on, it heats the towel or any other piece of clothing spread over its rails. These warmers are available in multitudinous shapes, sizes as well as finishes.

Hydraulic towel warmers: 
In this variant, hot water circulates through the frame to heat the towels. It often transfers the heat to its immediate surroundings. It is considered as an element of luxury and used in large apartment complexes and hotels.

Cast iron radiators find their main application in heating systems. The air that comes in contact with the heated surface of these radiators, in turn through convection, gets heated and then circulates throughout the room/enclosed space. Hot water is used in most of the modern radiators. In order to achieve maximum efficiency, the radiators’ covers must be provided with sufficient openings.

The heat produced might reduce drastically if the valves are clogged. It is, therefore, important to bleed the valves regularly. Also, it is imperative not to allow any obstructions like curtains and furniture block the flow of heat. The heat output of cast iron radiators depends upon:

1. Ambient temperature 
2. Radiator’s surface temperature 
3. Surface area of the radiator

Some of the well known types are steam radiators and hot water radiators. Steam radiators, as the name suggests, use steam as their source of heat. Similarly, for hot water radiators, the heat source is hot water, the common factor between both being their primary function of heating the surrounding air.

Investment Casting – One Of The Oldest Metal Forming Technique

Investment Casting
Investment casting also called lost-wax casting is one of the oldest known metal forming process. This industrial process is generally used for small castings but is also used to build aircraft engines, aircraft door frames, steel and aluminum castings. Investment casting process is known to produce complicated shapes that are difficult to make with die casting. Though this process is a little expensive than die casting or sand casting process but is useful when it comes to creating intricate designs and complicated shapes.

This Modern form of lost wax process was developed during wartimes when it was found practical for many wartime needs. Later, with the growth of the civilian aircraft industry in the 1980′s investment casting was largely in demand. Today, powered with modern computer technology, robotics and modern casting techniques, 15% of the world’s industrial casting is produced by investment casting method.

About Investment Casting Process
A pattern is made is wax and a wax gating system is separately arranged for investment casting. The pattern and gating system are assembled and dipped in a slurry of refractory coating material like tetra ethyl silicate, ethyl alcohol, hydrochloric acid, silica, magnesia, etc. The pattern is placed upside down and supported by flask. Now the molding mixture is poured around the pattern. The mold mixture is a combination of sand and and materials like alumina cement, ethyl silicate, etc.

The mold is placed in a inverted position and heated, which helps the wax that flow down to be collected for reuse. A specific temperature is maintained in the mold for pouring of the alloy and for helping preserve the intricate casting designs. When the wax completely melts out, the void space is filled with molten metal. Burnout process helps in removing the wax and gas-forming material formed in the mold.

Applications of Investment Casting
Jet propulsion for military and civilian aircrafts gave investment casting the foremost status in the casting industry. From heavy casting of 300Kg to small casting of 30 kg, this casting method is used for as wide for hi-tech industrial applications. This process is more expensive than sand casting in terms of the casting techniques, but the equipment are relatively cheaper. But still, investment casting is largely relied on for complicated designs that cannot be casted using any other method. Investment casting finds widespread application in spacecraft, jet engines, etc. Though this industry is heavily depended on the aircraft industry, it is is find our new field of application to broaden its horizon.

Advantages of Using Investment Casting
Produces impossible and intricate designs
Less surface finishing and machining required for the castings
Produces near net shaped as desired by the customer
Casting have excellent dimensional tolerances
A wide range of metals and high performance alloys can be investment casted.

For more information on metal casting investment castings, sand casting, aluminum casting, die casting process, visit: http://www.industrialmetalcastings.com/

Wrought iron the black home ornament

Wrought iron is commercial iron that has little use today and has been replaced by mild steel. The use of wrought iron is not a new concept. Wrought iron has been used for centuries because of its durable and decorative nature. From protecting windows and doors to decorating famous castles and conventional homes, wrought iron has truly served a huge number of purposes. The earliest use of wrought iron dates back to the thirteenth century when it was used for outdoor fences. Today, wrought iron is still a common decorating material for homes of all shapes, sizes and styles. Wrought iron is popular for outdoor use for traditional items including fences, gates, and stairway rails as well as for smaller facts including gate latches and hinges.

It is popular for indoor use as well, for items including wall decor, candle holders, lamps, fireplace accessories, and a variety of furniture pieces. Wrought iron will always have a place in the world of home decorating, regardless of the mechanism of its true meaning. Wrought iron is a very strong form of iron that has been hammered out, which is very different from cast iron which is molten iron that is poured into a mold and allowed to cool. Wrought iron is a much stronger type of iron, which is why it is used for many different types of applications in the world today. Some of the main uses for wrought iron are for furniture and many different types of decorations.

Wrought iron is extensively used for different types of furniture. Many beds, benches, and other types of furniture are made out of wrought iron. Bar stools are usually made out of wrought iron as well. Wrought iron allows the legs of the stool to be made with a very strong type of metal, but it also allows the legs to have elaborate designs worked into them. Wrought iron furniture gives a room a very pastoral look, but it also provides a strong type of furniture that will last for a very long time. The most popular type of wrought iron furniture is usually a black or dark gray combined with dark wood.

The carbon in steel is the cause for its corrosion. But wrought iron has less carbon content in it and therefore this make it best suit for using it. The slag content present in wrought iron resists corrosion. The structure of the iron gives rise to a very rough surface texture, which interlocks with the oxide layer, be it rust or mill scale, preventing it from peeling off the surface. The oxides therefore act as a protective coating preventing further corrosion. Electrically speaking, where the slag appears on the surface it acts an insulator between the areas of reactive iron, retarding electrolytic action.

A video made by Irish television show “About The House” featuring the traditional wrought iron work of Foleys Forge. Foleys Forge was established in 1845 and we are predominately known for our high quality craftsmanship. All work is hand forged to the highest specification. At present we are working on wrought iron gates for Killeen Castle. Our restoration work has included the gates at Dalgan Park, Navan and also the gates for Lord Meath of Kilruddery House in Wicklow. To see examples of our work please see our online gallery at picasaweb.google.com or contact us at foleysforge@eircom.net
Video Rating: 5 / 5

Create a fresh identity for your home with Cast Iron Gutters

Give your home a new identity and presence with Cast Iron Gutters. It is a strong and a durable metal that is absolutely easy to maintain. It lasts long and you will not have to worry about changing your gutters after every few years. Although guttering is not a very attractive thing but if you select the cast iron once then your home is sure to look good and have a beautiful exterior for a long time.

The cast iron gutters go well with traditional homes. The gutters serve a good functional purpose and are easy to maintain. These recyclable and eco-friendly things help you to save time and a lot of money. These gutters have an external sheen and add a touch of elegance to your house. They are extremely useful and are the perfect solution in your home for draining away the dirt. The best aspect of cast iron gutters is that they don’t create any noise if they are properly installed.

Maintenance of the cast iron gutters is very easy. By cleaning the mat regularly you will be able to maintain your gutters without any hassles. Always try to ensure that there is no sedimentation forming in the gutters, because that can be an unwanted situation for you. Both in terms of durability and reliability, these cast iron ones are always the best for your home. Even in harsh weather conditions your gutters will be absolutely perfect. The most excellent part of having cast iron guttering in your home is that you can paint on them depending on your own choice.

Those with country houses in idyllic settings can also opt for the cast iron gutters. When you think of the metal cast iron, the first thing which comes to your mind is sophisticated chairs and tables set out on a patio. We all know that guttering is not one of the most appealing features to a house. But with your choice of cast iron gutters you are surely going to change your view regarding gutters made of cast iron. This metal brings pure style and elegance to the appearance of your house. If you are planning to go for these gutters then you should know that they are extremely affordable and economical.

It goes without saying that before considering of buying cast iron gutters the primary elements to consider is performance and enhanced visual appeal. These gutters are durable as well as aesthetically pleasing hence it is a popular choice for many people who have an old fashioned country house. The visual appeal of these gutters is quite impressive and you can surely boast about it. In terms of performance it can adapt to any kind of weather and provide the same level of efficiency.

This form of gutter has an exceptional performance level and hence it has been popular for a long time. With cast iron gutters you will be able to give a new look to your house. So make a wise choice and get cast iron guttering done for your home so that it serves your purpose and save you all hassle.

More Cast Iron Metal Articles

Die cast cars and bike models are favorites of everyone

Vehicle toy models have always caught the fancy of boys of all the age groups. Be it kids playing with the small die cast versions of their favorite cars or the adults who love collecting the replicas of the cars they wish to own and make a collection out of them. Die cast cars and bike models can charm anybody with their looks.

Die cast models of every car and bike are available online. You just name it and you are sure to find a website that stocks them all. These miniature models are made up of metal mostly. Be it a racer bike or an F1 car you will get them in every form possible. For the people who love to collecting the smaller versions of bikes and cars the die cast models are the best ones. The charm of these toys can never fade, from children running their imagination wild while playing with these to the adults who store them and treasure their collection these models are the apple of the eye of their owners.

These models are casted in moulds that are known as dies. The melted metal is poured into the dies and when it cools down the model is ready. This process is highly technological and takes a few seconds.

Die cast vehicle models are a replica of the bigger versions of bikes and cars. These are just small in size but the detailing done and the effects and colours used make them look very close to real. Gone are the days when they were treated as objects used by children to just have fun during their play time. With the times they have undergone a drastic makeover and are getting immensely popular day after day.

These Diecast Model Cars are available in a wide variety of sizes, from the small versions for kids to slightly bigger ones that the collectors can keep on display and feel proud about. These are high on visual appeal and can mesmerize anybody with their charm. You may not be able to own a real black Porsche, an Aston Martin, or a Ducati, but owning their miniature versions that are less expensive and affordable when compared to their real versions is very much possible. Not everyone is born millionaire to buy the most coveted bikes and cars in the world but their die-hard fans can feel their presence in their life in the form of die cast models.

Die cast cars and Diecast Bikes have become a rage, every kid has one and every adult is tempted to own one after seeing the wide range in which they are available. These models are not restricted just for the play time, these have made their place in the homes of collectors, bike and car enthusiasts.

Available at www.magellanmodels.com Magellan Models offers a large selection of CMC 1:18 Scale Diecast Model Cars at www.magellanmodels.com Magellan Models offers free shipping on all CMC Car Models. Visit www.magellanmodels.com for more information!
Video Rating: 5 / 5

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Drum Brake

History

The modern automobile drum brake was invented in 1902 by Louis Renault, though a less-sophisticated drum brake had been used by Maybach a year earlier. In the first drum brakes, the shoes were mechanically operated with levers and rods or cables. From the mid-1930s the shoes were operated with oil pressure in a small wheel cylinder and pistons (as in the picture), though some vehicles continued with purely-mechanical systems for decades. Some designs have two wheel cylinders.

The shoes in drum brakes are subject to wear and the brakes needed to be adjusted regularly until the introduction of self adjusting drum brakes in the 1950s. In the 1960s and 1970s brake drums on the front wheels of cars were gradually replaced with disc brakes and now practically all cars use disc brakes on the front wheels, with many offering disc brakes on all wheels. However, drum brakes are still often used for handbrakes as it has proven very difficult to design a disc brake suitable for holding a car when it is not in use. Moreover, it is very easy to fit a drum handbrake inside a disc brake so that one unit serves as both service brake and handbrake.

Early type brake shoes contained asbestos. When working on brake systems of older cars, care must be taken not to inhale any dust present in the brake assembly. The United States Federal Government began to regulate asbestos production, and brake manufacturers had to switch to non-asbestos linings. Owners initially complained of poor braking with the replacements; however, technology eventually advanced to compensate. A majority of daily-driven older vehicles have been fitted with asbestos-free linings. Many other countries also limit the use of asbestos in brakes.

Self-applying characteristic

Drum brakes have a natural “self-applying” characteristic. The rotation of the drum can drag either or both of the shoes into the friction surface, causing the brakes to bite harder, which increases the force holding them together. This increases the stopping power without any additional effort being expended by the driver, but it does make it harder for the driver to modulate the brake’s sensitivity. It also makes the brake more sensitive to brake fade, as a decrease in brake friction also reduces the amount of brake assist.

Disc brakes exhibit no self-applying effect because the hydraulic pressure acting on the pads is perpendicular to the direction of rotation of the disc. Disc brake systems usually have servo assistance (“Brake Booster”) to lessen the driver’s pedal effort, but some disc braked cars (notably race cars) and smaller brakes for motorcycles, etc., do not need to use servos.

Drum brake designs

Drum brakes are typically described as either leading/trailing or twin leading.

Rear drum brakes are typically of a leading/trailing design(For Non Servo Systems), or [Primary/Secondary] (For Duo Servo Systems) the shoes being moved by a single double-acting hydraulic cylinder and hinged at the same point. In this design, one of the brake shoes will always experience the self-applying effect, irrespective of whether the vehicle is moving forwards or backwards. This is particularly useful on the rear brakes, where the footbrake must exert enough force to stop the vehicle from travelling backwards and hold it on a slope. Provided the contact area of the brake shoes is large enough, which isn’t always the case, the self-applying effect can securely hold a vehicle when the weight is transferred to the rear brakes due of the incline of a slope or the reverse direction of motion. A further advantage of using a single hydraulic cylinder on the rear is that the opposite pivot may be made in the form of a double lobed cam that is rotated by the action of the parking brake system.

Front drum brakes may be of either design in practice, but the twin leading design is more effective. This design uses two actuating cylinders arranged so that both shoes will utilize the self-applying characteristic when the vehicle is moving forwards. The brake shoes pivot at opposite points to each other. This gives the maximum possible braking when moving forwards, but is not so effective when the vehicle is traveling in reverse.

The optimum arrangement of twin leading front brakes with leading/trailing brakes on the rear allows for more braking force to be deployed at the front of the vehicle when it is moving forwards, with less at the rear. This helps to prevent the rear wheels locking up, but still provides adequate braking at the rear when it is needed.

The brake drum itself is frequently made of cast iron, although some vehicles have used aluminum drums, particularly for front-wheel applications. Aluminum conducts heat better than cast iron, which improves heat dissipation and reduces fade. Aluminum drums are also lighter than iron drums, which reduces unsprung weight. Because aluminum wears more easily than iron, aluminum drums will frequently have an iron or steel liner on the inner surface of the drum, bonded or riveted to the aluminum outer shell.

Advantages

Drum brakes are still used in some modern cars because of some engineering and cost advantages. Drum brakes allow simple incorporation of a parking brake. They are often applied to the rear wheels since most of the stopping force is generated by the front brakes of the vehicle and therefore the heat generated in the rear is significantly less. Drum brakes are also occasionally fitted as the parking (and emergency) brake even when the rear wheels use disk brakes as the main brakes. In this situation, a small drum is usually fitted within or as part of the brake disk also known as a banksia brake.

In hybrid vehicle applications, wear on braking systems is greatly reduced by energy recovering motor-generators (see regenerative braking), so some hybrid vehicles such as the GMC Yukon hybrid and Toyota Prius use drum brakes.

Disadvantages

Drum brakes, like most other types, are designed to convert kinetic energy into heat energy via the process of friction. This heat is intended to be further transferred to atmosphere, but can just as easily transfer into other components of the braking system.

Brake drums have to be large to cope with the massive forces that are involved, and they must be able to absorb and dissipate a lot of heat. Heat transfer to atmosphere can be aided by incorporating cooling fins onto the drum. However, excessive heating can occur due to heavy or repeated braking which can cause the drum to distort, leading to vibration under braking.

The other consequence of overheating is brake fade. This is due to one of several processes or more usually an accumulation of all of them.

1. When the drums are heated by hard braking, the diameter of the drum increases slightly due to thermal expansion, this means the brakes shoes have to move farther and the brake pedal has to be depressed further.

2. The properties of the friction material can change if heated, resulting in less friction. This is usually only temporary and the material regains its efficiency when cooled, but if the surface overheats to the point where it becomes glazed the reduction in braking efficiency is more permanent. Surface glazing can be worn away with further use of the brakes, but that takes time.

3. Excessive heating of the brake drums can cause the brake fluid to vapourise, which reduces the hydraulic pressure being applied to the brake shoes. Therefore less retardation is achieved for a given amount of pressure on the pedal. The effect is worsened by poor maintenance. If the brake fluid is old and has absorbed moisture it thus has a lower boiling point and brake fade occurs sooner.

Brake fade is not always due to the effects of overheating. If water gets between the friction surfaces and the drum, it acts as a lubricant and reduces braking efficiency. The water tends to stay there until it is heated sufficiently to vapourise, at which point braking efficiency is fully restored.

Disc brakes are not immune to any of these processes, but they deal with heat and water more effectively than drums.

Drum brakes can be grabby if the drum surface gets light rust or if the brake is cold and damp, giving the pad material greater friction. Grabbing can be so severe that the tires skid and continue to skid even when the pedal is released. Grabbiness is the opposite of fade: when the pad friction goes up, the self-assisting nature of the brakes causes application force to go up. If the pad friction and self-amplification are high enough, the brake will stay on due to self-application even when the external application force is released.

Re-arc’ing

Before 1984, it was common to re-arc brake shoes to match the arc within brake drums. This practice, however, was controversial as it removed friction material from the brakes and caused a reduction in the life of the shoes as well as created hazardous asbestos dust. Current design theory is to use shoes for the proper diameter drum, and to simply replace the brake drum when necessary, rather than perform the re-arcing procedure.

Adjustment

Early drum brakes (before about 1955) required periodic adjustment to compensate for drum and shoe wear. If not done sufficiently often long brake pedal travel (“low pedal”) resulted. Low pedal can be a severe hazard when combined with brake fade as the brakes can become ineffective when the pedal bottoms out.

Self adjusting brakes may use a mechanism that engages only when the vehicle is being stopped from reverse motion. This is a traditional method suitable for use where all wheels use drum brakes (most vehicles now use disc brakes on the front wheels). By operating only in reverse it is less likely that the brakes will be adjusted while hot (when the drums are expanded), which could cause dragging brakes that would accelerate wear and increase fuel consumption.

Self adjusting brakes may also operate by a ratchet mechanism engaged as the hand brake is applied, a means suitable for use where only rear drum brakes are used. If the travel of the parking brake actuator lever exceeds a certain amount, the ratchet turns an adjuster screw that moves the brake shoes toward the drum.

The manual adjustment knob is usually at the bottom of the drum and is adjusted via a hole on the opposite side of the wheel. This requires getting underneath the car and moving the clickwheel with a flathead screwdriver. It is important and tedious to adjust each wheel evenly so as to not have the car pull to one side during heavy braking, especially if on the front wheels. Either give each one the same amount of clicks and then perform a road test, or raise each wheel off the ground and spin it by hand measuring how much force it takes and feeling whether or not the shoes are dragging.

Use in music

A brake drum can be very effective in modern concert and film music to provide a non-pitched metal sound similar to an anvil. Some have more resonance than others, and the best method of producing the clearest sound is to hang the drum with nylon cord or to place it on foam. Other methods include mounting the brake drum on a snare drum stand. Either way, the brake drum is struck with hammers or sticks of various weight.

It is also commonly used in steelpan ensembles, where it is called “the iron.”

References

^ a b c d e f g h i j k l m n o p q The AA Book of the car, 1976

See also

Balancing machine

Brake lining

Brake bleeding

Hydraulic Disc Brakes

v  d  e

Automotive design

Part of the Automobile series

Body

Framework

Automobile platform  Body-on-frame  Bumper  Cabrio coach  Chassis  Continental tire  Crumple zone  Dagmar bumpers  Decklid  Fender  Fender skirts  Grille  Hood  Hood scoop  Monocoque  Overhang  Pillar  Pontoon fenders  Quarter panel  Shaker scoop  Spoiler  Subframe  Tonneau

Compartments

Trunk/Boot/Dickie  Hood/Bonnet

Doors

Butterfly doors  Canopy door  Gull-wing door  Scissor doors  Sliding doors  Suicide door

Glass

Greenhouse  Power window  Quarter glass  Sunroof  Windshield/Windscreen  Windshield/Windscreen wiper

Other

Bumper sticker  Curb feeler  Hood ornament  Japan Black paint  Monsoonshield  Nerf bar  Tire/Tyre  Tow hitch  Truck accessory

Exterior

equipment

Lighting

Daytime running lamp  Headlamp  Hidden headlamps  High-intensity discharge lamps  Retroreflector  Sealed beam  Trafficators

Legal and other

Motor vehicle theft  Parking sensors  Vanity plate  Vehicle Identification Number  Vehicle registration plate  Vehicle horn   Windshield/Windscreen washer fluid  Wing mirror

Interior

equipment

Instruments

Backup camera  Boost gauge  Buzzer  Carputer  Electronic instrument cluster  Fuel gauge  Global Positioning System and Automotive navigation system  Head-up display  Idiot light  Malfunction Indicator Lamp  Night vision  Odometer  Radar detector  LIDAR detector  Speedometer  Tachometer  Trip computer

Controls

Bowden cable  Cruise control  Electronic throttle control  Gear stick  Hand brake  Manettino dial  Steering wheel  Throttle

Theft deterrence

Automatic vehicle location  Car alarm  Immobiliser   Power door locks  VIN etching

Safety & seating

Airbag  Armrest  Automatic seat belts  Bench seat  Bucket seat  Child safety lock  Rumble seat  Seat belt

Other

Air conditioning  Automobile accessory power  Car audio  Car phone  Center console  Dashboard  Flat tire  Glove compartment  RF connector  Power steering  Rear-view mirror  Sun visor

Portal  Category

v  d  e

Powertrain

Part of the Automobile series

Hybrid powertrains

Hybrid vehicle drivetrain

Transmission

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Steering

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Brakes

Anti-lock Braking System  Brake bleeding  Brake fade  Brake fluid  Brake lining  Disc brake  Drum brake  Electronic Brakeforce Distribution  Electronic Stability Control  Engine braking  Hydraulic brake  Hydraulic fluid  Inboard brake  Parking brake  Regenerative brake  Vacuum servo

Roadwheels

and tires (tyres)

All-terrain tyre  Alloy wheel  Bias-ply tire  Contact patch  Custom wheel  Drive wheel  Hubcap  Mud-terrain tyre  Paddle tires  Radial tire  Rostyle wheel  Run-flat tire  Schrader valve  Slick tyre  Spinner  Tire code  Tire Pressure Monitoring System  Tread  Treadwear rating  Tweel  Whitewall tire  Wire wheels

Portal  Category

Categories: Vehicle braking technologies | Vehicle parts | BrakesHidden categories: Articles needing additional references from July 2008 | All articles needing additional references

Rustic Plant Stands – Decorative Cast Iron Plant Stands

Cast iron plant stands are a beautiful way to display your indoor and outdoor plants. These stands are available in a wide variety of designs and colors and can be used to introduce new and exciting patterns into your home and garden. Cast iron plant stands are durable and can transform a plain flower display into a wonderful showcase for your indoor and outdoor plants and flowers.

Plant stands are a timeless addition to any home. Cast iron plant stands are very useful to create a focal point in your flower display while keeping flower pots off the floor. The intricate patterns and designs add extra elegance to any room. These plant stands come in a variety of traditional colors including Black, Rust, Green and Antique White. The “aged” finishes allow plant stands to be incorporated into your current design theme without overpowering the flowers and plants it displays.

Cast iron plant stands are produced today – allowing you to easily introduce them into your home or garden. Available in single layer and tiered construction, cast iron plant stands are a simple way to update any room. Whether you are using your plant stand inside your home or in your garden make sure there is a level surface for it to stand on to ensure your new stand and flowers cannot be knocked over. Plant stands can be used for small potted plants or large planters.

Cast iron plant stands are readily available online as well as in many home decorating catalogs. Search for solid iron construction and be sure to ask questions. When you introduce plant stands into your home you can be sure the elegant patterns and subtle finishes will add new vibrancy to any decorating style. These cast iron plant stands are available online through LookInTheAttic & Company and they offer free design assistance and help.

Castiron Christmas Tree Stand

Cast iron christmas tree stand is specially design for christmas tree. As the month of December starts world wide people who belongs to Christianity starts there preparation to celebrate there religious event Christmas, this event is celebrated on 25th of December every year .The interesting thing about this event is that people world wide try to make beautiful artificial christmas tree, History says that first artificial tree is made in 19th century in Germany. The christmas tree looks like pine tree so to made artificial tree it requires hard work and time, so for that’s purpose it is necessary to do safety measures. The most important thing is that the stand by which tree is given support have to be strong and matches with the color of tree or with the decorated stuff present on tree, so for this purpose cast iron christmas tree stand is the best one.
Type Of Cast Iron Christmas Tree Stand

Cast iron is actually alloy of different elements such as carbon, silicon, nickel etc. Some of the types of cast iron tree stand are following

* Grey cast iron tree stand

* White cast iron tree stand

* Ductile or nodular iron tree stand

* Malleable iron tree stand

* Ni-hard type 2

* Ni-resist type 2

By help of all these types we can make tree stand
Benefits Of Using Cast Iron Christmas Tree Stand

There are lots of benefits of using of cast iron tree stand some of them are as following

* Cast iron stand provide strong support to tree.

* Cast iron stand will balance the tree.

* Cast iron stand have long time warranty.

How To Buy Cast Iron Christmas Tree Stand

Day by day as technology is taking its steps to success so our company is also introducing news ways and methods to buy our products. Some of easy and fast methods to get your cast iron christmas tree stand are as follow
Buy cast iron tree stand through message:

Customers can buy these beautiful and durable tree stands by sending massage to company numbers.
Stalls outside all city main church:

Some companies establishes stalls of tree stand outside of all the famous city church which will make easy to buy your cast iron tree stand after or before you worship.
Through internet:

Customer can also order tree stand by visiting website and pay for it by credit card.

This year some companies are giving amazing offer to their customers. Those who buy two stands then they get one cast iron christmas tree stand free
Cast Iron Christmas Tree Stand

Grade specific brochures are available for download at www.mitsubishicarbide.com Experience Mitsubishi Carbide’s Patented Online Catalog at www.mitsubishicarbide.net Additional Mitsubishi Cutting Tool Videos can be found at www.mitsubishicarbide.com Note: (Mitsubishi Carbide continually updates the Online Catalog for New products and product expansions including downloadable CAD files) Mitsubishi CVD coated grades UC5105 and UC5115 are ideal for turning a variety of Gray and Ductile Iron. UC5105 and UC5115 “All Black Super- Smooth Coating” technology combined with our very own K05 and K15 substrates provides that balance of wear resistance and toughness you been waiting for. UC5105 and UC5115 is available in “traditional” Std, GH and Flat Top breakers but due to the grades success at high speed turning of steel, we expanded the offering to include wipers and wide variety of popular “Steel” breakers. UC5105 grade consist of an extremely hard cemented carbide substrate and is effective for high-speed turning or cast iron and ductile cast iron. UC5115 grade has a tough and wear resistant substrate making it ideal for more difficult and unstable turning of gray, ductile, nodular cast iron and steel turning. This excellent balance of wear and fracture resistance also makes it suitable for select High Chrome Iron Alloys and Powder Metals. Secure technical inquires can be submitted to Mitsubishi Materials at www.mitsubishicarbide.com Additional questions please contact …
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