Kalamazoo Coatings commences on Department of Defense Contract

Kalamazoo Coatings, dba Zoofactory, has commenced its annual production application of ceramic coatings to helical coil springs for the M109A6 Self-Propelled Howitzer.  Due to the flexible nature of the coating, its thin film, and its longevity when exposed to the elements, Rock Island Arsenal has opted for this improvement on the new M109A6 ” Paladin”.  When applied appropriately, the materials boast a 6000 hour benchmark when applied to the ASTM B-117 Salt Spray Test.  Proper application is crucial for maximum protection.  Zoofactory, to ensure quality, hand finishes and inspects each unit prior to delivery to the customer.  For more information  contact Chris Bridges at #269-352-4503 or email zoofactory@yahoo.com

Automakers tweak existing models to boost mileage…

This is a great article…   Now if we could just get the Big Three to use ceramic coatings on their vehicles we’d really be making progress.
by Tom Krischer – Associated Press
Monday August 25, 2008, 4:57 PM

DETROIT — In a normal year, the 2009 Chevrolet Cobalt wouldn’t be any different than the 2008 model, save for a few minor cosmetic changes. But this is far from a normal year.

With gasoline still hovering around $4 per gallon, many manufacturers are making far more than the usual tweaks to cars and trucks between model years to squeeze out one or two more miles per gallon and catch customers who increasingly rank fuel economy as a top factor when buying a vehicle.

Automakers say you can expect more of the same as they roll out new technology without waiting for full vehicle updates.

“Fuel economy is very important,” said Greg Peterson, General Motors Corp.’s vehicle performance manager for compact cars, including the Cobalt. “That is one of the drivers in the changes that we made.”

In the high-mileage version of the Cobalt and its Pontiac sister, the G5, engineers varied the intake and exhaust valve timing to make the 2.2-liter four-cylinder engine burn fuel more efficiently. They arranged with Goodyear Tire & Rubber Co. for tires with lower rolling resistance, and they changed the gear ratios of the five-speed manual transmission so the engine revs more slowly at highway speeds.

The result: an extra mile per gallon on the highway, boosting the Cobalt and G5 XFE models to an Environmental Protection Agency estimated 37 mpg.

GM’s competitors also were busy tweaking existing vehicles between model years.

Ford Motor Co. engineers added a six-speed automatic transmission, electric power steering and variable valve timing to the Escape and Mercury Mariner small sport utility vehicles to get another two miles per gallon on the highway.

The four-cylinder, two-wheel-drive version will get 28 mpg, said spokesman Said Deep, yet the 2009 four-cylinder accelerates as quickly as the 2008 Escape V-6.

Changes were made in other models to get similar improvements, Deep said.

Six-speed transmissions, which are used by most automakers, make vehicles more efficient as they start and stop in the city. On the highway, they also require fewer revolutions per minute, increasing efficiency. Electric power steering reduces drag on the engine by removing the belt that powered the old hydraulic system.

At Chrysler LLC, engineers took similar measures on several models but also recalibrated gas pedals, changed to more efficient air conditioning compressors and tweaked transmission shift intervals to make them more efficient.

For instance, Chrysler was able to push the highway mileage of the Sebring and Avenger midsize sedans to 31 mpg, up from 30.

“These are things that we can do right now for the customer,” said spokeswoman Sue Keighron. “They may have been changes that we would have made, but not necessarily as quickly as we are doing now.”

Honda Motor Co. and Toyota Motor Corp., which have led the Detroit automakers in fuel economy in recent years, each said they weren’t making similar changes to existing models, partly because they’re already using some of the new technology.

“Honda’s been a fuel economy leader for an entire generation because we bake in good fuel economy at the design stage,” said spokesman Ed Miller.

The company does make changes to existing vehicles between model years when technologies are developed, Miller said. The Odyssey minivan V-6 engine, for example, was given the ability to work on three, four or six cylinders between the 2007 and 2008 model years, Miller said.

With the U.S. auto market continuing its shift from trucks and SUVs to more efficient cars and car-based crossovers, automakers say they’ll keep adding technology from year to year to keep making their cars more efficient.

GM worked within an existing older design on the Cobalt and G5 to drive its mileage to what the company says is a leader among comparably equipped cars in the subcompact class.

The 2009 Toyota Corolla with a 1.8-liter four-cylinder engine is rated at 35 mpg on the highway. EPA mileage estimates for Honda’s 2009 cars aren’t yet available. “We did everything we could in calibration,” GM’s Peterson said. “We just really paid attention to detail in fuel economy.”

And when new models come out, look for more dramatic improvements. GM, for instance, says the Cruze, the Cobalt’s replacement coming in the second half of 2010, will get around 45 mpg on the highway.

Although the gains may seem small between model years, they will add up over time, the automakers say.

“All these little things, you start to get a half percent here, a percent here. You add these up, its that attention to detail, that’s what’s given some of our competitors in the past — the Japanese — an advantage,” Deep said. “We’ve combined all that. We’re going to overtake them or equal them.”

See more in Automotive

Thermal Barriers

Thermal Barrier Coatings are designed to reduce the transfer of heat through a substrate material. By using thermal barrier coatings, we can effectively manage the transfer of heat and help guide it in the direction we want it to go. Being able to move and control heat is of tremendous importance. Excessive temperature can lead to metal fatigue, boiling fluids, damaging metal expansion, reduce electrical efficiency and a host of other problems. Traditionally dealing with heat has been handled either by expanding the radiating surface, constructing parts from materials that are more heat conductive and using the color black. With advances in thermal management methods additional ways of enhancing heat transfer now exist.

Individual types of thermal dispersant coatings can be utilized by themselves or in conjunction with other coatings to manage the flow of heat. Thermal dispersants are capable of transferring heat faster than the bare metal surface. While thermal dispersant coatings do make use of the color black, it is more than a simple “black body” heat emitting coating. They include ingredients that also contribute to increased heat flow. Combining these properties with increased corrosion protection and thin film application techniques help to maximizes thermal transfer capabilities.

In exhaust systems, for example, where ceramic metallic thermal barrier coatings are applied, we are better able to keep heat within the exaust system where it belongs.  In doing so, we increase the velocity at wich the exhaust gases travel through the system.  This reduces back pressure on the engine and results in an increase in horsepower, torque, and fuel economy.  Thermal dispersant coatings are also effective on brake system components, engine intake manifolds, cylinder Heads, oil pans, radiators, turbochargers, intercoolers and more.

Thermal barrier coatings are ususally made up of a combination of ceramic and aluminum powders, bound together in a liquid formulation.  A variety of ceramic metallic thermal barriers are available on the market and you should choose one that is designed for your specific application.  Check with a ceramic coatings applicatior near you, or contact the Ceramic Coatings Institute where you can speak to a Certified Applicator about your needs, and you can be directed to an applicator near you.

 

 

Thermal Dispersants

Thermal Dispersants are used to facilitate the transfer of heat through and away from a substrate.  It makes use of several proeprties of managing heat flow.  Not only does the coating apply in a thin film, so as not to fill in the surface porosity reducing the surface area, more importantly it coats the surface of the object with materials that enhance the flow of heat.  We define this flow of heat, or the natural ability of heat to reach an equilibrium, as thermal dynamic heat transfer, or TDHT. 

The best thermal dispersant coatings make use of a black pigment.  You might be thinking that it is counterintuitive to have a black material that actually helps radiate heat, as opposed to absorbing it.  The reality is that the dark black pigments make use of the radiatvie properties of Black Body.  These materials are readily available in the market deal primarily with the radiative property called emissivity.  Essentially this property re-readiates the thermal energy back out into the surrounding atmosphere more then it absorbs.  The bottom line, thermal dispersants help facilitate the transfer of heat.

Due to its the coatings ability to facilitate this heat transfer, it can be applied in a variety of different applications.  In the automotive industry, thermal dispersants are used on radiator bodies, intercoolers, air to air exchangers ( and the tubes), compressor housings of turbochargers, and oil pans to name a few.

Thermal dispersants also provide excellent corrosion protection that not only extends the life of the component, but improves the overall appearance for a longer period of time.  Unlike many powder coatings and other ceramic coatings, the thermal dispersants truly are a long distance material worth the investment on parts to be coated that go beyond the functional need for thermal management. 

Additionally, a special lubricant in the formula makes substrates coated in thermal dispersants very easy to clean. 

Thermal dispersants are available throughout the marketplace, however some are much better then others, based on available test data.  We’ll be providing examples of this material, as well as test data, within the coming weeks.

Zoofactory Coating Systems adds powder coating to services offered…

Zoofactory Coating Systems, locatd in Kalamazoo, MI, has announced that it will be adding powder coating services in addition to its specialty ceramic coating market serving West Michigan.  Alex Weller, Production Manager of Zoofactory noted that the compilation of the new line should help current customers for all their coating needs.  “We’ve got the ceramic coatings down to an art.” says Weller. ” It’s time to expand our capability and capacity to better service our clients and expand our own knowledge of coating applications.”

Zoofactory should have its full powder coating line implemented by October 1st, 2008

Ceramic Applicator Pro Guides releases Free E Book…

Ceramic Applicator Pro Guides releases Free E Book to provide a sneak peek of Book I – Applications & Processes Module of the Production Manager Pro Suite.

The E Book is a scaled down version of the complete three book compilation designed to provide companies and individuals access to application procedures for ceramic coating technology.

Ceramic Applicator Pro Guides is scheduled to release the complete Production Manager Pro Suite no later then October 1, 2008.

Download the Free E Book by clicking the link.  pmgr-e-book

No registration required.  Ceramic Applicator Pro Guides have simply requested that you provide feedback to aid in improving the quality of the publication.  Visit them at http://turbocoatings.wordpress.com/

Contact the Ceramic Coatings Institute if you have questions or would like additional information.

Ceramic Coatings Corrosion Test

astmb-117-salt-spray-test1

Please review the ASTM B-117 Corrossion Test that demonstrates performance capabilities of ceramic coatings.  The test shows samples of test pieces exposed to a salt spray that demonstrates its 5000 hour capabilities.  Most powder coatings that provide little or no thermal management capability only last 200 hours in this test.  Other coatings, such as black oxide or nitiride coatings don’t provide this much protection for this long.  The catch?  Finding a ceramic coatings applicator that can apply and finish the coatings properly.  For a facility near you, please contact the Ceramic Coatings Institute.

What type of impact can ceramic coatings make on these numbers…?

The information below is quite sobering.  We know we can improve the impact these numbers represent by assisting fleets and owner operators in gaining access to their nearest ceramic coatings application facility.   Review some of the links on this blog to find out more information on ceramic coating technology.

The Cost of Diesel Is Rising Quickly

$2.80: Cost per gallon of diesel in the first week of June 2007.

$4.71: Cost per gallon of diesel in the first week of June 2008.

$1,200: Approximate cost to fill the fuel tank of a large commercial truck.

?The Trucking Industry Sees Record-Breaking Costs

39 billion: Gallons of diesel fuel consumed by the trucking industry each year.

$141.5 billion: Estimated amount that the trucking industry will spend on diesel this year.

$112 billion: Amount that the trucking industry spent on diesel last year?$29 billion less than it will likely spend this year.

Rising Costs Are Forcing Truckers Out of Business

8.5 million: Number of Americans employed in the trucking industry.

306,000: Number of truckers who are self-employed and independent.

96 percent: Portion of motor carriers that operate 20 or fewer trucks.

935: Number of trucking companies that went out of business in the first quarter of 2008 alone. This is the highest number of failures in a quarter since the first quarter of 2001.

5: Number of consecutive quarters where the rate of trucking companies going out of business has increased.

?Rising Diesel Costs Will Increase Prices for All Goods Transported by Truck

70 percent: Portion of the total freight tonnage that is moved around by truck.

80 percent: Portion of American communities that receive their goods exclusively by truck.

80 percent: Portion of retail food prices related to energy.

Morgan Technical Ceramics Acquires Certech and Carpenter Advanced Ceramics in $145 Million Deal

Morgan Technical Ceramics‘ parent company, The Morgan Crucible Company plc, has acquired Certech and Carpenter Advanced Ceramics from US firm Carpenter Technology Corporation. The businesses have been acquired on a cash and debt free basis for a cash consideration of around US$145million (c. £73 million) and the combination of the three organizations creates one of the largest technical ceramics companies in the world.

Morgan Technical Ceramics Acquires Certech and Carpenter Advanced Ceramics in $145 Million Deal

“I cannot credit this increase in power to anything other then the coatings.”

After about two weeks of driving since the coating of my air tubes, I feel that there is a definite difference in the pulling power of the truck.  I drive the same route twice every week.  The only difference from trip to trip is a slight difference in load weight.  One every trip since I started driving this truck, I have had to downshift one gear on the hill at mile marker 253 on I-80 in Pennsylvania.  Since the coatings were installed, I do not have to drop a gear at that point.  I cannot credit this increase in power to anything other then the coatings. 

 

My son makes the same runs that I do.  Since the coatings were installed, he notices a difference in my power because I now out-pull him on hills on route 309 near Tamaqua, PA, that I did not previously catch him on.

 

I cannot say that “there is X amount of difference” in power, I just know that my son and I both see a difference in my truck.

 

As far as fuel mileage, I can’t say just how much difference there is.  I do know that on one run between fill-ups, I averaged 8.2 mpg.  This is the highest I have ever gotten.  So far, I have used 4 to 20 gallon less per fill-up than my son while running the same runs, and with me carrying heavier weights.

 

My early judgment is that this is a very good fuel-saving, power-increasing program.  I am thrilled with the results I am seeing.

 

Sincerely,

  

Loren Powell

 

Safeway Transit

13775 Renton Rd.

Battle Creek, MI  49015