Hair Follicle Drug Testing Crucible, PA
Accredited Drug Testing Inc provides Hair Follicle drug testing Crucible, PA for individuals and employers needing a drug test utilizing the hair follicle analysis process. To schedule a hair follicle drug test in Crucible, PA, Call (800) 221-4291. Most testing centers are within minutes of your home or office.
Hair follicle drug testing Crucible, PA is available for 5, 10, and 12 panel drug screenings.
To schedule a Hair Follicle Drug Test at one of our testing centers in the Grady county area, Call (800) 221-4291, Same Day Service Available. Testing centers do not require an appointment, but you must call and register for the test.
Hair follicle drug testing is becoming a more popular method by employers and individuals in need of a drug test due to the detection time frame being longer than a standard urine test.
Local Hair follicle drug testing Crucible, PA centers are available to assist our clients throughout the entire process and all of our hair follicle drug testing Crucible, PA facilities have certified drug testing technicians available to conduct a hair follicle drug test collection.
Hair Follicle Drug Test
In recent years the method to conduct drug testing has more frequently included a hair follicle drug test. Many employers, courts and Substance Abuse Professionals are requiring a hair follicle drug test instead of a standard urine test. Hair follicle drug tests are used by employers who have zero-tolerance drug use policies, courts and individuals on probation. The primary benefit of a hair follicle drug test includes a much longer detection period for drug use which typically is up to 90 days. However, when screening drug use within the last 5 days the urine test continues to be the most accurate test.
Hair Follicle Drug Test Process
The procedure used to perform a hair follicle test is simple, the drug testing specialist will cut approximately 120 strands of hair (not really a lot) utilize a chain of custody procedure and send the hair to a certified laboratory for analysis. Drug testing centers require at least 1.5 inches of hair to perform this test and the hair generally needs to come from the head, however if the donor does not have head hair certain testing centers can use hair from chest, leg or arm pit.
If a donor has no hair on their body, than a hair test cannot be performed!
Hair Follicle Drug Test Results
Once the hair follicles have been analyzed by a certified laboratory they will then be reviewed and then verified by a Medical Review Officer (licensed Physician) who will than release the results. Generally a negative hair follicle drug test result is available in 2-3 days. A non-negative hair follicle drug test is available in approximately 5 days.
Urine cut-off levels are expressed in nanograms per milliliter (ng/mL) or as a weight of drug per unit volume of urine. Hair cut-off levels are expressed in picograms per milligram (pg/mg) or as a weight of drug per unit weight of hair
5 Panel Hair Follicle Drug Test
The 5 panel hair follicle drug test screens for the following
- Amphetamine
- Cocaine
- Marijuana
- Opiates
- Phencyclidine
5 Panel w/ Expanded Opiates Hair Follicle Drug Test
The 5 panel w/ expanded Opiates hair drug test screens for the standard 5 drugs but will also screen for Opiate class drugs such as pain killers, which may indicate abuse of prescription drugs
- Amphetamine
- Cocaine
- Codeine
- Marijuana
- Morphine
- Phencyclidine
- Hydrocodone
- Hydromorphone
- Oxycodone
- Oxymorphone
- 6 AM- Heroine
10 Panel Hair Follicle Drug Test
The 10 panel hair follicle drug test screens for the following
- Amphetamines
- Barbiturates
- Benzodiazepines
- Cocaine
- Marijuana
- Methadone
- Methamphetamine
- Opiates
- Phencyclidine
- Propoxyphene
12 Panel Hair Follicle Drug Test
The 12 panel hair follicle drug test screens for the following
- Amphetamines
- Barbiturates
- Benzodiazepines
- Cocaine
- Marijuana
- Meperidine
- Methadone
- Opiates
- Oxycodone
- Phencyclidine
- Propoxyphene
- Tramadol
To schedule a Hair follicle Drug Testing Crucible, PA Call (800)221-4291.
Accredited Drug Testing Inc. is pleased to provide hair follicle drug testing, alcohol testing, occupational health and DNA testing services in Crucible, PA.
1895 JEFFERSON RD 3.5 miles
RICES LANDING, PA 15357
125 SIMPSON RD 5.2 miles
BROWNSVILLE, PA 15417
129 SIMPSON RD, STE 105 6.1 miles
BROWNSVILLE, PA 15417
220 GREENE PLZ STE 103 7.6 miles
WAYNESBURG, PA 15370
220 GREENE PLZ 7.6 miles
WAYNESBURG, PA 15370
135 LOVES HILL EXT 8.4 miles
WAYNESBURG, PA 15370
7 GLASSWORKS RD 10.5 miles
GREENSBORO, PA 15338
2629 MOUNT MORRIS RD 11.2 miles
WAYNESBURG, PA 15370
325 MCCLELLANDTOWN RD 11.3 miles
UNIONTOWN, PA 15401
350 BONAR AVE 11.6 miles
WAYNESBURG, PA 15370
659 CHERRY TREE LN 11.6 miles
UNIONTOWN, PA 15401
675A CHERRY TREE LN 11.8 miles
UNIONTOWN, PA 15401
35 N PORTER ST 11.9 miles
WAYNESBURG, PA 15370
211 EASY ST STE 224 12.2 miles
UNIONTOWN, PA 15401
404 West Main Street, 12.4 miles
Uniontown, PA 15401
500 W BERKELEY ST 12.4 miles
UNIONTOWN, PA 15401
100 WOODLAWN AVE STE 300 12.5 miles
UNIONTOWN, PA 15401
501 W HIGH ST 12.7 miles
WAYNESBURG, PA 15370
625 LINCOLN AVE STE 203 13.6 miles
NORTH CHARLEROI, PA 15022
1200 MCKEAN AVE STE 107 14.0 miles
CHARLEROI, PA 15022
760 Tri County Lane, Suite 104, 14.6 miles
Belle Vernon, PA 15012
1144 NATIONAL PIKE, 14.6 miles
HOPWOOD, PA 15445
860 ROSTRAVER RD 14.7 miles
BELLE VERNON, PA 15012
140 N BEESON AVE STE 300A 16.3 miles
UNIONTOWN, PA 15401
1163 COUNTRY CLUB RD 16.5 miles
MONONGAHELA, PA 15063
1829 UNIVERSITY DR 16.8 miles
DUNBAR, PA 15431
1829 UNIVERSITY RD 16.8 miles
DUNBAR, PA 15431
140 CHURCH ST STE 102 16.9 miles
ROGERSVILLE, PA 15359
1000 MCKEAN AVE 17.2 miles
DONORA, PA 15033
447 W Main Street, 17.8 miles
Monongahela, PA 15063
800 PLAZA DR STE 210 18.3 miles
BELLE VERNON, PA 15012
4918 STATE ROUTE 51 S 18.7 miles
BELLE VERNON, PA 15012
1440 Morrell Ave 19.4 miles
Connellsville, PA 15425
1048 MORRELL AVE 19.7 miles
CONNELLSVILLE, PA 15425
1200 J D ANDERSON DR 19.8 miles
MORGANTOWN, WV 26505
146 MOTOR DROME RD 19.8 miles
SMITHTON, PA 15479
99 J D ANDERSON DR STE 2A 19.9 miles
MORGANTOWN, WV 26505
99 J D ANDERSON DR 19.9 miles
MORGANTWON, WV 26505
1197 VAN VOORHIS RD 20.0 miles
MORGANTOWN, WV 26505
956 MAPLE DR 20.1 miles
MORGANTOWN, WV 26505
301 S ARCH ST 20.3 miles
CONNELLSVILLE, PA 15425
1261 Suncrest Towne Centre Dri, Suite 1261 20.4 miles
Morgantown, WV 26505
95 Leonard Ave STE 401, BLDG1 20.8 miles
WASHINGTON, PA 15301
460 WASHINGTON RD STE 7 21.3 miles
WASHINGTON, PA 15301
181 W BEAU ST 21.5 miles
WASHINGTON, PA 15301
90 West Chestnut Street, Millcraft Center 21.5 miles
Washington, PA 15301
900 FAIRMONT RD 22.0 miles
WESTOVER, WV 26501
3860 HEALTH SCIENCES SOUTH 22.0 miles
MORGANTOWN, WV 26506
155 WILSON AVE 22.1 miles
WASHINGTON, PA 15301
460 MYLAN PARK LN 22.1 miles
MORGANTOWN, WV 26501
215 DON KNOTTS BLVD STE 130 22.3 miles
MORGANTOWN, WV 26501
161 WATERDAM RD APT 160 23.3 miles
MCMURRAY, PA 15317
1015 Waterdam Plaza Drive, 23.5 miles
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4000 WASHINGTON RD STE 203 23.8 miles
MCMURRAY, PA 15317
100 MEDICAL BLVD 23.9 miles
CANONSBURG, PA 15317
3840 WASHINGTON RD STE 300 24.1 miles
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113 CAVASINA DR STE 7 24.4 miles
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Local Area Info: Crucible steel
Crucible steel is steel made by melting pig iron (cast iron), iron, and sometimes steel, often along with sand, glass, ashes, and other fluxes, in a crucible. In ancient times steel and iron were impossible to melt using charcoal or coal fires, which could not produce temperatures high enough. However, pig iron, having a higher carbon content thus a lower melting point, could be melted, and by soaking wrought iron or steel in the liquid pig-iron for long periods of time, the carbon content of the pig iron could be reduced as it slowly diffused into the iron. Crucible steel of this type was produced in South and Central Asia during the medieval era. This generally produced a very hard steel, but also a composite steel that was inhomogeneous, consisting of a very high-carbon steel (formerly the pig-iron) and a lower-carbon steel (formerly the wrought iron). This often resulted in an intricate pattern when the steel was forged, filed or polished, with possibly the most well-known examples coming from the wootz steel used in Damascus swords. Due to the use of fluxes the steel was often much higher in quality (lacking impurities) and in carbon content compared to other methods of steel production of the time.
Techniques for production of high quality steel were developed by Benjamin Huntsman in England in the 18th century. Huntsman used coke rather than coal or charcoal, achieving temperatures high enough to melt steel and dissolve iron. Huntsman's process differed from some of the wootz processes in that it took a longer time to melt the steel and to cool it down and allowed more time for the diffusion of carbon. Huntsman's process used iron and steel as raw materials, in the form of blister steel, rather than direct conversion from cast iron as in puddling or the later Bessemer process. The ability to fully melt the steel removed any inhomogeneities in the steel, allowing the carbon to dissolve evenly into the liquid steel and negating the prior need for extensive blacksmithing in an attempt to achieve the same result. Similarly, it allowed steel to simply be poured into molds, or cast, for the first time. The homogeneous crystal structure of this cast steel improved its strength and hardness compared to preceding forms of steel. The use of fluxes allowed nearly complete extraction of impurities from the liquid, which could then simply float to the top for removal. This produced the first steel of modern quality, providing a means of efficiently changing excess wrought iron into useful steel. Huntsman's process greatly increased the European output of quality steel suitable for use in items like knives, tools, and machinery, helping to pave the way for the Industrial revolution.
Iron alloys are most broadly divided by their carbon content: cast iron has 2-4% carbon impurities; wrought iron oxidizes away most of its carbon, to less than 0.1%. The much more valuable steel has a delicately intermediate carbon fraction, and its material properties range according to the carbon percentage: high carbon steel is stronger but more brittle than low carbon steel. Crucible steel sequesters the raw input materials from the heat source, allowing precise control of carburization (raising) or oxidation (lowering carbon content). Fluxes, such as limestone, could be added to the crucible to remove or promote sulfur, silicon, and other impurities, further altering its material qualities.