A number of studies of the proprietary compound that is the active ingredient in HoldTight®

102 salt  remover  I  flash  rust  inhibitor have concluded that the material may be safely disposed   of  in  sanitary   sewers,  rivers,   lakes,  and  other  bodies   of  water  without endangering  aquatic  life  or otherwise compromising the environment.  This was true even when that compound was tested at a much higher level of concentration than in HoldTight®

102 off-the-shelf and dramatically higher concentrations than in the product as applied.  The concentration of the compound in these studies was greater by a factor of  3 or 4 than its concentration in undiluted  (“off-the-shelf”) HoldTight®  102 and 150 to almost 1,000 times greater than in HoldTight® 102 when it is used in ANY application. Even in these substantially higher concentrations, there were no measurable adverse effects.

This chart relates necessary dilutions of HoldTight®  102 at various levels to the resulting concentration of this proprietary ingredient:

Recommended dilution of HoldTight® 102 (by potable water) when used in various applications

Concentration of proprietary compound in

HoldTight® 102 at these dilution levels

250:1	0.08%
200:1	0.1%
100:1	0.2%
50:1*	0.4%

*50:1 is the lowest dilution of  HoldTight®  102, and therefore the highest permissible concentration of the proprietary compound in ANY application.

Clearly, the amounts of this proprietary compound present in the waste generated in any type of discharge or run-off produced in blasting I washing applications with HoldTight®  102 is very nominal to negligible.

The Ministries of Environment & Energy and of Transportation of Ontario, Canada as well as their counterparts in Trinidad & Tobago have tested HoldTight® 102 and concluded that it is non-toxic and biodegradable

Contact HoldTight Solutions Inc., for details on the various studies referred to here.

PRODUCT DATA SHEET

DESCRIPTION:

HoldTight® 102 is an additive that prevents flash rusting of wet abrasive- and water-blasted iron and steelsurfaces and of dry-blasted surfaces in a pressurized wash down. It effectively removes allsalts, including chlorides, sulfates, phosphates, niTrates,etc., and other contaminants, including oil, grease,  and blast  residues.  It is approved by most  major coating suppliers for use with most coatings: see Representative Compatibility Chart  or contact Hold Tight Solutions Inc., for references.

PRINCIPAL CHARACTERISTICS:

Soluble in water • Non hazardous • Non-Toxic • Biodegradable • Phosphate and acid-free • Non-flammable • With no rain, temperature above 40eF, rusting will be prevented for about 4B hours, often longer •  Raises pH of blasting water to help compensate for acidic sand  • Colorless  • Leaves  no residue • Surface salts, including chlorides, undetectable after proper use  • Product chemistry approved by the FDA for food grade service under 21 Code of Federal Regulations 178.3400

BASIC DATA:

Mass Density  Approximately 62.43 lb/cu, ft (1g/cm:s) • Minimum Time before coating  Priming should be done as soon as possible, before flash rust appears and after the surface is dry. Some primers (consult manufacturer’s instructions) can be applied when the surface is still damp, provided it is free from visible droplets or running water, but a dry substrate is always preferred. • Typical Time before coating  ( the window”) 48 hours, or longer with favorable weather conditions- no rain, temperature above 40″F • Shelf Life 3 years stored in cool & dry place.  Do not store below 24EF to avoid freezing. {See MSDS for more detail.)

INSTRUCTIONS FOR USE:

HoldTight®102 is typically used in both blast  water and wash down water (See note on water  below.)   It is diluted with water 50

250:1, depending on the application, humidity and level of surface contamination. II is rarely necessary to dilute it less than 50 to one and frequently possible to dilute it much more. 100:1 is the most common dilution ratio.   (See:  ”FAQ:  mix  ratios” and “Coverage”

memos..) In some cases it may be used only in the wash down: after ultra high pressure (UHP) water blasting or after dry blasting. (See

our separate bulletin on UHP water jetting.) UHP users should always consult their equipment manufacturer concerning the use of HoldTight®102 or any other additives in their equipment

In high humidity environments with highly contaminated substrates (e.g., steel plate used in ocean service or exposed to “dirty” air),

50:1may be necessary for both cycles.  With low humidity and a relatively clean surface, 10D:1dilulion on the blast cycle and 100:1on the wash down should be satisfactory. Until a job begins, assume an average of100 to one for  an the water you plan to use. If testing various dilutions of HoldTight®102 is not practical and if contamination  or humidity Is high, 50:1is the “fail safe” dilution for both

cycles.  In wash downs: always use HoldTight®102; never dilute more than 100:1on wash down; and use HoldTight®102-treated water at 1-3 g.p.m. (3.8-11.4 Lp.m.), a! no less than 500 p.s.i. (34 bars).    For degreasing applications, a 50:1 dilution is generally recommended, but higher concentrations {e.g.. 25:1) may be necessary in some cases.

NOTE: Water that contains a high concentration of salts, carbonates and/or bicarbonates (i.e., hard water”), or other contaminants may interfere with the performance of HoldTight® 102. Hard water may also be a problem for some equipment. Consult the manufacturer. In most localities, water treatment on site is accessible  and inexpensive.   Industrial or plant water is often a problem, so should be avoided. In a few areas even potable {”drinking”) water may also be a problem.  In most cases “badwater” can be corrected easily and inexpensively.  Call our technical service staff if you have any concerns or questions about water. If you follow these instructions and HoldTight®102 is not working as you expect, it is probable that you have a water problem:  Call our staff immediately.

Avoid “pooling·· of 102-treated water: on flat areas, eX”cess water should be blovm away with oilfree compressed air.

Though you will usually 11ave a 48·hour or longer rust free window, it is good practice to prime as soon as possible after the surface is completely dry and before flash rust appears

SAFETY PRECAUTIONS:

Wear eye protection when handling this or similar products. ln case 102 gets into eyes, flush with water for 510 minutes. Sei3 a doctor if irritation persists.  Inhalation of vapor of undiluted 102 may be harmful to some individuals.

This information ts. to the best of our knowledge, correct at the date of printing  As always, consult HoldTlght Solutions Inc., for the latest changes Since conditions of application and service, including equipment used, are beyond our control, we accept no liability on the basis of the Information and suggestions here or elsewhere. 060109

The Protective Coating is sprayed onto surfaces just like paint, with minimal surface preparation. It is applied in variable thicknesses: less for fireproofing and more for blast-resistance. But the tricky part is that the law of diminishing returns is at work; at some point, the more you apply, the less effective it becomes. Determining the appropriate amount for each surface and user need is complex, Barsoum said.

Aztec Coatings has launched a new web site at www.azteccoatings.com. 

The new web site features easy navigation, an informative blog, a gallery of photos showcasing Aztec Coatings’ work and in-depth descriptions of all of the company’s services. There are also share buttons for Facebook, Twitter and other social networking web sites and an easy-to-use contact form.

Recent blog posts include the right fireproofing for architectural exposed structural steel, the challenges of finding the correct commercial coatings in an era when customers are concerned about quality, aesthetics and price, and a discussion about protection against erosion and corrosion.

“We’re very excited about the new web site,” an Aztec Coatings spokesperson said. “We think our customers and people seeking more information about our company and services will like the updated look and easy navigation. We’re especially proud of our blog, which will keep visitors to www.azteccoatings.com up to date with the latest trends and issues facing our industry.”

Founded in 1999, Aztec Coatings is a national leader in cryogenic coating and maintenance work. An industrial and commercial painting contractor, the company provides services to mines, petroleum plants, manufacturing facilities, chemical plants and health care facilities in all of the contiguous 48 states. The company also has customers in Puerto Rico, Mexico and Canada.

Aztec Coatings provides machinery coatings, floor toppings, corrosion protection, pond linings, industrial painting, secondary containment, tank coatings, floor blasting and recoating, reservoir linings, environmental systems, pipe coatings and process pond linings. All of its work is guaranteed for two years.

The company is certified by several third-party compliance organizations, including PICS, BROWZ, ISNetworld, and VeriREP. All of its crew members receive extensive training and hold the Transportation Workers Identification Credential. They are also certified by the U.S. Department of Labor’s Mine Safety and Health Administration.

“Excellent customer service and meeting the highest health, safety, quality and environmental standards have always been our priorities,” the Aztec Coatings spokesperson said. “We’re very proud of our impeccable safety record.”

Aztec Coatings is a privately owned company based in Tooele, Utah. For more information about the company and its services, visit the new web site at www.azteccoatings.com.

An industrial coater is an excellent way for a company to protect equipment from the destructive effects of the elements and natural use. When materials face the continuous barrage of the elements they wear out quickly. Industrial coating protects industrial Coater equipment from rain, leaking water, and most oxidation corrosion. This professional covering is strong, keeping facilities operating productively for many years. 

Industrial coating avoids wear from abrasion; it is also possible to have heat resistant coatings for coils and other heat transferring materials. Chemicals eat at equipment and the industrial coater must know how to use primers and coatings on equipment to help it withstand wear. With new chemicals on the market it is possible to find materials that are non pealing, non sticking, and strong.

Salt causes metal to erode but with industrial chemical covers this problem is lessened. Rust causes leaks and breakage. The Sun’s heat does not help a company’s investment avoid damage so protective solutions must be found. Placing a lasting coat of industrial polyurethane or thermoset polyimide helps to form a seal to shelter valuable equipment for years to come from a wide variety of environmental problems.

Pipes need coating to keep corrosive spots from developing leaks, and industrial tanks sometimes holding hazardous equipment must be treated with the utmost care. Sealants care needed to keep damage away from this important equipment. Companies invest in over land pipes and underground, tanks for holding chemicals, and connecting equipment. Repairing all of this material is expensive and when down can have a financially destructive effect.

The easiest way to look after important machinery is to give it a reliable, durable coating to shelter it from the elements that may cause it to deteriorate. Plant equipment is uses on a daily schedule some night and day. A facility operating day and night is not unusual and machinery can cost into the thousands for a small replacement part. Rather than find your company putting thousands into replacement parts and loosing millions while waiting for that new part to arrive, give all of the valuable equipment in your plant facility a professional industrial coating.

Industrial coating companies are certified to take care of equipment on oil rigs, oil fields and taking care of equipment in plants. Equipment needs to be coated in as many ways as possible to keep it from wearing and facing excessive depreciation. For lasting protection get expert coating for plant machinery.

Commercial coating applications have certain requirements for it to be successful. It is a necessity to suit the demands of facility owners. There is a certain standard for commercial coatings to be successful and some of it includes Comprehensive Building Condition Inspection, Best-fit Customization, Quality Coating Products, Quality Workmanship and Progress Monitoring. 

An ocular inspection of the establishment is essential and greatly a critical factor to consider in planning and applying the kind of coating for a specific building. An expert that has a professional experience conducts a thorough assessment of the property and submits a highly comprehensive report which contains the building conditions of the establishment. The report will serve as a record and assist in the coating project that needs to be applied.

The building is then customized with the appropriate products, equipment, suitable personnel and the most essential which is the application procedures. The result of the thorough investigation will be the basis of some issues that needs to be addressed by certain experts. This is where quality coating products are being identified and used. Depending on the customization, buildings may be aesthetically coated with special commercial coatings.

A professional and well experienced contractor is also needed to execute high quality workmanship in the coating application into the property. He must keep in touch with the other personnel who are included in the project to install the coating system properly. Moreover, work monitoring is important during and after the implementation of the commercial coating application in order to prevent any failures.