Skip to content
main navigation
Login
Username
Password
I forgot my password
Search
Search
Search
Home
Student Success Center
Admissions
Fast Track
Library
Online Help
You are here:
Academics
Business - BUS
Business Communications
BUS 368 S2F - Business Communications
Main Page
HANDOUTS
Current view: Course Administrator
View as: Faculty
View as: kataku
View as: rcd
View as: Students
View this screen as a student
BUS 368 S2F - Business Communications
Menu
Quick Links
Main Page
WEEKLY ANNOUNCEMENTS
HANDOUTS
Bookmarks
Course Faculty
Course Schedule/Syllabus
Writing Resources & Tutor
Attendance
Week One: 6/27 - 7/2
Week Two: 7/3 - 7/9
Week Three: 7/10 - 9/16
Week Four: 7/17 - 7/23
Week Five: 7/24 - 7/30
Faculty Resource Page
Free-form Content
Handouts
Blog
Blog 1
Free-form Content 1
Blog 2
Finaxpro
Blog 3
Mini PC
Add a Page
Course Manager
Usage Statistics
Quick Links
Federal Student Aid Net Price Calculator
Student Email
Faculty/Staff Email
Talladega College
Sidebar
BUS 368 S2F - Business Communications
Send to Printer
Preferences
Access
Options
Settings
Layout
MoxieManager
HANDOUTS
Edit set
What?
What is the name of the set?
Description (optional):
<p><a title="Marine castings " href="https://www.easiahome.com/marine-castings/" target="_blank" rel="noopener">Marine castings</a> have a wide range of applications, not limited to ships, tankers or offshore installations. It includes Marine, submarine and coastal structures. This covers a very wide range of installations including slipways, platforms, handrails, Bridges, valves, pump assemblies, submarine assemblies, etc. There are also deep-sea equipment and installations that need Marine casting. We need these castings for ships, cargo holds, overpasses, observation towers, naval stations and other structures.<br /><a title="Aluminum" href="https://www.easiahome.com/marine-castings/" target="_blank" rel="noopener">Aluminum</a> is a very reactive metal, which means its property is to oxidize very quickly. While a weakness for most metals, this quality is actually key to their ability to resist corrosion. In the presence of oxygen (in air, soil, or water), aluminum immediately reacts to form aluminum oxide. The alumina layer chemically binds to the surface and seals the core aluminum to prevent any further reaction. This is quite different from the oxidation (corrosion) of steel or iron, in which the rust expands and flakes off, constantly exposing the new metal to corrosion. An aluminum oxide film is tough, hard, and can renew itself instantaneously. As a result, aluminum alloys are widely used in <a title="Marine applications" href="https://www.easiahome.com/marine-castings/" target="_blank" rel="noopener">Marine applications</a> due to their corrosion resistance.</p>