AQUATIC PLAYGROUND EQUIPMENT

Brady 90521 14" Height, 10" Width, B-324 Polyester, Red On Green Color Glow-In-The-Dark Safety Sign, Legend "No Exit/No Hay Salida"

Brady 90521 Glow-In-The-Dark safety sign (English/Spanish). Best of all, the material is 100 percent recyclable and . BradyGlo B-324 and B-347 safety signs exceed ASTM E 2072-00 standard specifications for photoluminescent safety markings. Brady B-324 BradyGlo material is a glow-in-the-dark (photoluminescent) pressure sensitive polyester used for exit and directional signs, identification of fire alarms and extinguishers, low location egress pathway markings, and directional systems for escape or evacuations routes. Relevant standards are meets or exceeds the following standards ASTM E-2072-00 / ASTM E-2073-00, ASTM E-162, ASTM E-648, ASTM E-662, IMO resolution A.752(18), ISO/CD 15370, marine safety committee MSC.27(61), DIN 67 510 (Parts 1 - 4), and PSPA standard 002 part 2. meets OSHA 1910.37, Lloyd's register SAS F050294.p. Illuminescent characteristics is charge time of 5 minutes at 1000 Lux will charge the sign for +10 hours of glow time. Consistent glow life and unlimited rechargability throughout service life. Illumination is 21.6 lux (2 foot-candles) for 2 hours with a 4100K cool white fluorescent lamp. Adhesive type is pressure sensitive acrylic. type of substrate is phosphorescent polyester film. Standard legend colors are black, green, red, and blue. Adhesive properties are adhesion to stainless steel (PSTC-101), 15 minute dwell (Average) - 110 ounce/inches, ultimate dwell (72 hours) (Average) - 110 ounce/inches. Abrasion resistance (Method 5306 of U.S. federal test method standard number 191A) is CS-10 wheels, 250g weights, legend withstands up to 100 cycles, CS-17 wheels, 1000g weights, substrate withstands up to 9000 cycles. Gloss (ASTM D-523) is 60 degree - 121 gardner units. Legend is "NO EXIT/NO HAY SALIDA". Sign measures 10" width by 14" height which is in red on green color.

Asbestos inspection/survey edition of "I Spy".

If viewed in the "Large" or "Original Size" image version, much more detail is discernable. Two note-boxes have been added as a starting-point for finding the obvious larger, recognizable "suspect" asbestos-containing material (ACM) debris pieces. Overall though, it all just seems to "blend" together.




SPOILER ALERT: (Where's the asbestos?)

ALL of the materials shown, including the air, would technically "contain" asbestos (asbestos-contaminated).

Under certain strict regulatory interpretation, essentially once any of the friable debris (as depicted) has been assumed to contain asbestos material or bulk sampling has positively identified asbestos via lab analyses (by a properly licensed & accredited asbestos inspector and qualified laboratory) ALL of the pictured debris would be treated as asbestos-contaminated, friable, regulated ACM.

It would be considered extremely impractical (or virtually impossible) to identify and separate every tiny bit of asbestos-containing fragments, dust, particles, and microscopic grains from within this pile of contaminated rubble. Therefore all debris material shown would conservatively be treated and subsequently removed as ACM.

Due to the nature of the physically damaged friable ACM debris, even the air in its vicinity would also be possibly considered asbestos-contaminated (likely with microscopical airborne fibers) especially if disturbing the crumbly, damaged debris materials subsequently requiring proper use of appropriate personal protective equipment (PPE) around the materials and installation of a negative-pressure enclosure around the debris during work area setup & cleanup (among other requirements).

HINTS:

Other "visible" ACMs positively identified within the debris include:

* pipe fitting insulation ("mud")
* wire insulation
* paper insulation from HVAC duct

The majority of the debris pieces were originally non-asbestos "Pyrobar" gypsum block (with wood fibers).

Example of used laboratory burner pad surface with numerous exposed asbestos fiber bundles throughout the very crumbly material.

Of further note is the noticeable color change of the once white chrysotile after it has been subjected to repeated heating from high-temp burner flames.

Asbestos fibers often change color if exposed to relatively "high" temperatures, as well as loss of water molecules. For example, amosite may turn to a deep, dark brown or dark reddish-brown after exposure to temps in the range of 650-1100 degrees F.

These molecular changes in the asbestos often affect its chemical and physical properties, which can subsequently alter analytical criteria used to identify asbestos in laboratory testing.

Quick-Connect Tree Straps are the answer to attaching your harness to the tree quickly, quietly and safely. Designed to be left through the duration of most states deer seasons, the Quick-Connect Strap provides a fast silent connection at hunting height. Simply install the Quick Connect Strap at the proper height the first time you hunt and leave it in the tree. Heavy duty locking carabiner with web strap stays on the tree and allows instant attachment of the harness tether when you climb to the proper height. Quick-Connect Tree Strap offers convenience and stealth in your favorite locations. To maintain connection with the tree from the time you leave the ground until your return to the ground, we recommend this product to be used in conjunction with our Lifeline System.