byAlma Abell

Ice seems incredibly easy to come by. After all, do not most people make it in their cube trays and freezers? Interestingly enough, ice blocks are not made of just regular old tap water. Any company that produces ice products only uses the purest water to make ice. This technique ensures a safe and clean product. Ice plants are classified by the sort of ice made. For example, a company that makes blocks would be classified as an ice block company. Making these blocks of ice is relatively complicated. To make block ice, manufacturers must fill gigantic metal cans with water. After that, immersing the cans in refrigerated sodium chloride creates blocks of varying size, in about 24 hours. Rapid block ice plants make the ice much quicker than its counterparts. There are a variety of these ice-maker models, one of which the refrigerant is contained in a tube that the ice forms around. Production amounts per company vary based on their plant size.

A company that makes ice block in Long Island, NY, can produce up to 300,000 pounds of ice per day. This same company can store up to 1,000 tons of ice. Long Island Ice and Fuel provides block ice in ten pound bags and blocks of ice in 25 pound bags. For those who enjoy ice sculpting and luges, ice can be packaged up to 300 pounds.

Before purchasing just any size ice block in Long Island, NY, there are some requirements that must be considered. Some of these requirements include the temperature, humidity, reason for the ice block, and the type of event. If the temperature is anywhere from 60 degrees to 80 degrees, in a party atmosphere, the amount per person is generally valued at one pound. If the same event has a temperature of over 80 degrees, the amount per person changes to one and a half pounds. If the day or night is humid, the ice will generally melt at a faster rate. Luges and sculpting projects clearly need more ice than a simple event. To find out how much ice is necessary for the event, contact Long Island Ice and Fuel to ask a representative

8 Materials for Constructing Flanges

by

aardis

When manufacturing flanges, factories can use a variety of materials depending on the types of supplies that clients need. Each material is slightly different and is ideal for specific applications.

1. Alloy Steel

Alloy steel is an iron-based product with less than 4 percent chromium. It may include materials like silicon, copper, manganese, vanadium, tungsten, molybdenum, and nickel. As the most common product used in manufacturing pipe connectors, it is stronger, harder, and more wear resistant than carbon steels. Many different industries utilize alloy steel including:

* Aerospace

* Oil and gas

* Wind energy

* Chemical

* Military

* Industrial machinery

2. Carbon Steel

Manufacturers can use different grades of carbon steel to produce flanges depending on the hardness, wear resistance, impact strength, and ductility required. Low carbon steel, for instance, is highly ductile and strong because it contains the least amount of carbon. High carbon steel is both hard and resilient, but manufacturers have to use a special process to heat treat the material. Many automotive components including transmission covers, fenders, pans, and frames use carbon steel.

3. Tool Steel

Tool steel ingots or billets from which flanges are made contain more carbon and other alloys in combination with iron. This combination strengthens the steel to make it more tough and impact resistant. The most common use of tool steel is in applications that require reliability and durability during the continuous operation of a machine. For instance, tool steel is often used to create production machines for the manufacturing industry.

4. Stainless steel

Stainless steel is most commonly used in medical tools, food service equipment, and other tools that require frequent sanitizing. It is also used in furnaces and ovens when high heat resistance is needed. A product called “austentic” stainless steel is used for restaurant equipment and other applications that require frequent cleaning and high corrosion resistance. Duplex and “martensitic” stainless steel flanges have superior resistance to cracks and pitting.

5. Super alloys

Super alloys based on materials like nickel and cobalt can withstand harsh environments. They must be resistant to acid corrosion and high heat while exhibiting wearability. Super alloys are great for:

* Pump parts

* Piping systems

* Valves

* Turbines

* Assemblies in marine and chemical industries

* Aerospace parts

* Defense

* Oil and gas

6. Aluminum

No metal is more commonly used in the industry than aluminum. In addition to its lightweight, malleability, and excellent weight-to-strength ratio, aluminum flanges have a microscopic oxide coating on their surfaces that provide superior corrosion resistance. Automotive frames, wheels, marine equipment, and architectural frames are often made of aluminum or aluminum alloys.

7. Titanium

Titanium is known for its exceptionally light weight and extreme durability. The aerospace industries have started to demand more titanium for superior aircraft construction. In addition to its uses in aircraft frames, titanium’s excellent heat resistance makes it a good material for aircraft engines. Its properties make it one of the most expensive manufacturing materials.

8. Copper

Copper flanges deliver conductivity, and it is also non-magnetic. It can withstand higher loads than other materials and is strong in the face of high temperatures. One common location for copper fittings is in power plants. They are also used in pump and valve parts as well as in electrical components.

If you need to have custom flanges made for a specific project, turn to the All Metals & Forge Group. To learn more about the available options and services, please visit

steelforge.com/custom-forged-shapes/flanges/

.

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8 Materials for Constructing Flanges

byAlma Abell

Floods are what happen when large amounts of water fill a certain area in a short period of time without a proper draining system. When an unexpected flood happens inside of your home, your immediate response is to find out what is causing the flood. After you have found the flood source and turned off the water supply to that source, your next response is to think about how you can get rid of the water before serious damage occurs.

It is very important to get a professional to take care of the problem within a forty-eight hour window. After this time-frame, the water has likely damaged or rotted the wood in your floor and the walls causing structural damage which may cost thousands of dollars to fix. You may have also damaged the furniture, the curtains and caused mold. Once mold gets into your home, you must hire a service professional to get rid of it, otherwise it would cause health issues and severe cases have led to Cancer or death.

When you call the emergency response line for water restoration services in Edmond OK, you will speak to an experienced technician that has access to all of the latest technology, procedures and services to take care of your flooding property. If you must leave a message, the prompt customer service team will respond to your call in less than an hour. You can also get an accurate estimate for the specialty services such as: sewer backup, rain damage, leaking roofs, leaking toilet, leaking dishwasher, leaking ice machine, leaking washing machine and a flooded basement.

If you want to attempt fixing the issue yourself, you can use professional rental equipment to get rid of the water. This method is not advised to do on your own without the proper training. You can leave behind water, which will cause more damage; you can miss signs of mold and miss cues that the structure, flooring or walls have been damaged. Expert water restoration services are available for commercial businesses, government services, private businesses and residential homes in Oklahoma City and surrounding areas. You can find company to handle your Water Restoration in Edmond, OK if you Click here to talk to service professional at Okcemergencywaterremovalservice.com.