Quantcast
 
Search for: Search what?
Nov 8, 2009  
 Sections
Latest New Product News
Industry Market Trends
Green & Clean News
Association & Government News
Adhesives and Sealants
Agricultural and Farming Products
Architectural and Civil Engineering Products
Automatic ID
Chemical Processing and Waste Management
Cleaning Products and Equipment
Communication Systems and Equipment
Computer Hardware and Peripherals
Construction Equipment and Supplies
Controls and Controllers
Display and Presentation Equipment
Electrical Equipment and Systems
Electronic Components and Devices
Explosives, Armaments and Weaponry
Fasteners and Hardware
Fluid and Gas Flow Equipment
Food Processing and Preparation
Health, Medical and Dental Supplies and Equipment
HVAC
Labels, Tags, Signage and Equipment
Laboratory and Research Supplies and Equipment
Lubricants
Machinery and Machining Tools
Material Handling and Storage
Materials and Material Processing
Mechanical Components and Assemblies
Mechanical Power Transmission
Mining, Oil Drilling & Refining
Mounting and Attaching Products
Non-Industrial Products
Optics and Photonics
Packaging Products & Equipment
Paints and Coatings
Plant Furnishings and Accessories
Portable Tools
Printing and Duplicating Equipment
Retail and Sales Equipment
Robotics
Safety and Security Equipment
Sensors, Monitors and Transducers
Services
Software
Test and Measuring Instruments
Textile Industry Products
Thermal and Heating Equipment
Timers and Clocks
Transportation Industry Products
Vision Systems
Waste Handling Equipment
Welding Equipment and Supplies
 Press Releases
Products in the News
Company News
Mergers & Acquisitions
People in the News
Literature & Websites
 Resources
News Delivery Options
Browse Categories
Browse Companies
Mobile Edition
PR Resources
Licensing
Advertising
How to Write an effective Press Release
Trade Associations
Small Business Support
MEP
Advertisement
Mechanical Materials withstand temperatures to 700°F.
Mechanical Materials withstand temperatures to 700°F.

Click Here to Enlarge Picture

Mechanical Materials withstand temperatures to 700°F.


March 25, 2008 - Consisting of carbon/graphite Antimony impregnated materials, Metcar grades M-343 and M-346 operate in difficult environments where oil and grease lubrication cannot be used due to temperature limitations. Products are designed for medium to high loads and are suited for bearings and thrust washers in both dry and submerged environments. Offering lubricating qualities and wear resistance, materials are completely homogenous and provide continuous lubrication.

(Archive News Story - Products mentioned in this Archive News Story may or may not be available from the manufacturer.)

 See related product stories
Chain and Bearing Lubricant withstands high temperatures.
Carbon-Graphite Materials make liquid-submerged parts.
Lubricating Grease suits food processing applications.
Bearing Material provides lubrication at up to 650°F.
Copper Grade suits bearing and thrust washer applications.
 See more product news in:
Lubricants
Mechanical Components and Assemblies
Safety and Security Equipment
 Tools for you
del.icio.us DIGG  
Facebook Reddit
StumbleUpon Twitter
Print This Page E-Mail Story
Watch_Company  Save Story
View Company Profile
Company web site 
More news from this company

Advertisement
More Tools and information
Search for suppliers of
Heat Resistant Materials
Carbon-Graphite Mechanical Parts
High Temperature Lubricants
Graphite Lubricants
Join the forum discussion at:
 Hard to Handle
 The Factory Floor
 Newsletters
Your Gateway to a Fast Changing World
Product News Alerts
Receive similar stories and other customized news to keep you in the know on the products shaping industry.
Subscribe Free Today
Subscribe   View Sample

Industry Market Trends
Has Got It
  • Latest developments
  • Trends
  • Best practices
  • Opinions & Commentary
Get Ahead. Get IMT.
Subscribe Free Today
Subscribe   View Sample
 See more related product stories:
Perforated Barrier blocks up to 97% of radiant heat.
Polyamide-Based Compounds withstand heat in electronics.
High-Temperature Materials are self-lubricating.
Pump Material suits continuous high-temperature operation.
Wedge Material protects power generator stator coils.
Forging Lubricant withstands ultra-high temperatures.
Solder Pallet Material enhances electronics assembly.
Hydraulic System Lubricant is environmentally friendly.
Anti-Seize Lubricants come in semi-solid stick form.
Forging Lubricant wets dies at temperatures to 1,000°F.
Thin-Film Lubricant handles high temperature and extreme loads.
Micro-Porous Materials suit material handling applications.
Thread Pastes are metal-free.
Polyimide Parts meet outgassing and ionic purity standards.
Forging Lubricant suits ultra high temperature applications.


MetcarŽ High Temperature Materials For Dry And Submerged Applications To 700°F


Self-Lubricating materials offering outstanding wear life

Metallized Carbon Corporation, a global leader in the manufacture of oil-free, self-lubricating materials offers Metcar grades M-343 and M-346 high temperature mechanical materials. These unique carbon/graphite Antimony impregnated materials are designed to operate in difficult environments where oil and grease lubrication cannot be used due to temperature limitations. This proprietary Antimony impregnation provides excellent wear resistance and enhanced lubrication for bearings and thrust washers operating in both submerged and dry environments.

Operating at temperatures up to 700°F these materials are designed for medium to high loads and are ideal for submerged applications including bearings and seal rings for pumps handling water, fuels, hydrocarbons, mild acids, alkalis, liquefied gasses, dyes, solvents and heat transfer fluids. Dry applications for these materials include seal rings for rotary steam joints, radial seal rings for compressors and blowers, components for high temperature valves and piston rings for gas compressors.

Bearings manufactured from Metcar are self-lubricating, non-galling, dimensionally stable and have high compressive strength. Boasting excellent lubricating qualities and wear resistance, these materials are completely homogenous and provide continuous lubrication for their service life, making them an ideal solution for bearings and mechanical components used in harsh operating conditions.

About Metallized Carbon Corporation
Since its inception in 1945, Metallized Carbon Corporation has been manufacturing high-quality, dependable bearing solutions for severe operating environments. With over 60 years of Application Engineering experience, Metallized Carbon offers the field expertise and data necessary to provide The Solid Choice for Lubrication(TM) in a wide variety of industries, supplying completely machined components as well as materials for customer machining. Metallized Carbon is ISO certified and produces the MetcarŽ brand of solid, oil-free, self-lubricating materials.

For additional information about the company and its services, please visit us online at www.metcar.com or call (914) 941-3738.

Company Information:
Name: Metallized Carbon Corp.
Address: 1 Water St.
City: Ossining
State: NY
ZIP: 10562
Country: USA
Phone: 914-941-3738
FAX: 914-941-4050
http://www.metcar.com


More New Product News from this company:
Carbon-Graphite Materials make liquid-submerged parts.
Bearing Grade withstands temperatures up to 350 deg F.
Bearing Material provides lubrication at up to 650°F.
Copper Grade suits bearing and thrust washer applications.
High-Temperature Materials are self-lubricating.
Bearing Assemblies withstand high-temperature applications.
Carbon-Graphite Blanks are impregnated with thermal setting resin.
Bearing Materials are suited for temperatures to 350°F.
High-Temperature Materials benefit bearing applications.

Other News from this company:
Machineable, Resin Impregnated, Carbon-Graphite Blanks for Mechanical Seals and Bearings
MetcarŽ Grade M-11 Offers Economical Lubricating Solution for Applications up to 650°F



Click here for copyright permissions!
Copyright 2009 Thomas Publishing Company


 

Post a comment about this story

Name:
E-mail:
(your e-mail address will not be posted)
Comment title:
Comment:
 

Category Advertisements



Home  |  My ThomasNet News  |  Industry Market Trends  |  Submit Release  |  Advertise  |  Contact News  |  About Us
Brought to you by Thomasnet.com        Browse ThomasNet Directory

Copyright © 2009 Thomas Publishing Company
Terms of Use - Privacy Policy