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ASTM D4541 pull-off adhesion testing requires reporting both the numerical result and:

The failure mode (adhesive, cohesive, glue, or mixed)

The ambient humidity

The color of the coating

The applicator's name

to track

2026 Statistics

Key Facts: AMPP CIP Level 2 Exam

100

Practice Questions

OpenExamPrep

2 years

Experience Required

AMPP Accepted Work Experience

CIP-1

Prerequisite Certification

AMPP CIP Level 2 page

$165

CBT Retake Fee

AMPP 2024 Fee Schedule

3 years

Certification Validity

AMPP renewal policy

5 days

CIP Level 2 Course

AMPP 2026

AMPP CIP Level 2 is the advanced coatings inspector credential requiring CIP Level 1, 2 years verifiable experience, and the Ethics course. The theory exam (Pearson VUE) plus a classroom practical exam are both required. Content is significantly more advanced than Level 1, covering thermal spray, pipeline FBE, concrete coatings, tank linings, ASTM D4541 pull-off, ASTM B117 salt spray, NDE method familiarity (UT, PT, MT, RT), and coating failure diagnosis. Exam fee is bundled with the course; retakes are $165 CBT.

Sample AMPP CIP Level 2 Practice Questions

Try these sample questions to test your AMPP CIP Level 2 exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1ASTM D4541 pull-off adhesion testing requires reporting both the numerical result and:

A.The failure mode (adhesive, cohesive, glue, or mixed)

B.The ambient humidity

C.The color of the coating

D.The applicator's name

Explanation: ASTM D4541 requires reporting the failure pressure AND the failure mode — whether failure occurred adhesively (at coating-substrate interface or between coats), cohesively (within the coating), in the adhesive (glue failure), or as a mixed failure with percentages. The failure mode is often more diagnostic than the numerical pressure because it identifies the weakest link in the system.

2When performing an ASTM D4541 pull-off test on a thin-film coating (< 10 mils), scoring (cutting a groove) around the dolly is:

A.Always mandatory

B.Optional and may affect results by introducing edge effects

C.Illegal per OSHA

D.Only required on concrete

Explanation: ASTM D4541 allows scoring (cutting a circular kerf around the dolly down to or through the coating) OR performing the test without scoring. Scoring isolates the test area from surrounding coating but can introduce microfractures at edges, slightly lowering apparent adhesion. Unscored tests measure a wider area influenced by surrounding film. The report must state whether scoring was used, because results differ.

3A Type IV portable pull-off adhesion tester is:

A.A self-contained pneumatic/hydraulic unit with a digital display for field pull-off testing

B.A lab-only device

C.An archaic mechanical device

D.Only for coating manufacturers

Explanation: ASTM D4541 lists several pull-off tester types. Type IV testers are self-contained, portable, field-use units using pneumatic or hydraulic pressure with digital displays. They are widely used because of reliability, repeatability, and ease of field calibration. Type I is mechanical with a spring; Type II and III are older designs.

4The ASTM D3359 Method B (cross-cut lattice) test is suitable for coatings up to approximately:

A.1 mil (25 μm)

B.5 mils (125 μm)

C.20 mils (500 μm)

D.No upper limit

Explanation: ASTM D3359 Method B (lattice pattern with 11 cuts at 1 mm or 2 mm spacing) is appropriate for coatings up to approximately 5 mils (125 μm). Thicker coatings resist the tape test and produce misleadingly high ratings; thicker systems should use Method A (X-cut) or pull-off per ASTM D4541 instead. The cutter spacing depends on thickness: 1 mm for thin, 2 mm for 2-5 mils.

5ASTM D5402 solvent rub testing for inorganic zinc silicate primers typically uses:

A.MEK (methyl ethyl ketone) and measures the number of double rubs before film softening

B.Water only

C.Hydrochloric acid

D.Paint thinner

Explanation: ASTM D5402 'Standard Practice for Assessing the Solvent Resistance of Organic Coatings Using Solvent Rubs' specifies MEK (methyl ethyl ketone) as the common test solvent. For inorganic zinc primers, a fully cured film resists 50+ double rubs without visible damage. Fewer double rubs before damage indicate insufficient cure, typically due to low humidity, low temperature, or short cure time.

6The method of evaluating coating hardness by drawing successive pencil leads of known hardness across the film until one cuts or scratches it is:

A.Pencil hardness per ASTM D3363

B.Pull-off per ASTM D4541

C.Tooke gauge per ASTM D4138

D.Holiday detection

Explanation: ASTM D3363 'Film Hardness by Pencil Test' evaluates coating hardness by pushing pencils of increasing lead hardness (from 6B softest to 9H hardest) across the film. The hardest pencil that does NOT scratch or cut the film defines the coating's pencil hardness. The test is simple, inexpensive, and widely used for factory coatings and cure verification.

7Chlorides on a previously coated surface during overcoat preparation should be tested by:

A.Bresle patch or equivalent soluble salt test method, then compared to specification limits

B.Visual inspection only

C.Water break only

D.Not needed

Explanation: When recoating, soluble salts trapped between coats can cause blistering and disbondment. Bresle patch (ISO 8502-6) or equivalent methods quantify residual chlorides, and project specifications typically set maximum limits. The coating must be cleaned of salts (pressure washing, water jetting) before recoating.

8Infrared thermography of an operating tank with applied coatings can be used to detect:

A.Coating color

B.Disbondment, wet insulation, or corrosion hotspots under insulation (CUI)

C.Solvent entrapment only

D.Nothing useful

Explanation: Infrared (IR) thermography detects surface temperature differentials that can indicate disbondment (where coating has separated from the substrate), wet insulation, corrosion under insulation (CUI), and process-related hotspots. IR thermography is an advanced inspection technique referenced in CIP Level 2 content for integrity assessment of coated in-service assets.

9Ultrasonic thickness (UT) measurement of a steel substrate under a coating is primarily used to:

A.Measure the coating only

B.Measure remaining steel thickness to assess corrosion loss

C.Detect holidays

D.Check VOC

Explanation: UT thickness gauges use ultrasonic pulse-echo to measure the thickness of the steel beneath a coating. This is used to assess wall thickness loss due to internal or external corrosion on tanks, pipes, and vessels. CIP Level 2 inspectors are expected to be familiar with UT thickness principles, though full Level II UT is covered by NDE certifications (ASNT SNT-TC-1A).

10Before performing an adhesion test on a critical coating system, the inspector should:

A.Never tell the contractor

B.Coordinate timing with the contractor and document pre-test ambient conditions, location, dolly ID, and test parameters

C.Use any available adhesive

D.Skip documentation

Explanation: Adhesion testing is a destructive test that must be coordinated with the contractor (because the test area will need repair), documented with pre-test conditions (temperature, cure status), dolly ID, adhesive cure time, and location. Uncoordinated or undocumented tests lack traceability and can create disputes. AMPP and owner specifications typically require written pre-notification.

About the AMPP CIP Level 2 Exam

The AMPP Certified Coatings Inspector (CIP Level 2) is the advanced credential in the AMPP Coatings Inspector Program (formerly NACE CIP Level 2 and SSPC PCI Level 2). It builds on CIP Level 1 fundamentals with deep technical training in non-destructive and destructive inspection, specialty coatings (thermal spray metallizing per AWS C2.18, pipeline FBE, concrete coatings per ICRI 310.2R, tank linings for immersion service, powder coatings, high-temperature coatings), laboratory test methods (ASTM D4541 pull-off, D3359 cross-cut, D5402 solvent rub, B117 salt spray, D4060 Taber abrasion), coating failure analysis (osmotic blistering, cathodic disbondment, intercoat delamination, alligatoring, mud-cracking), NDE method familiarity (VT, PT, MT, UT, RT introduction), and specification interpretation. Prerequisites include successful completion of CIP Level 1, 2 years of verifiable coating experience, and the Ethics for the Corrosion Professional course.

Assessment

Written theory exam at Pearson VUE plus in-classroom practical exam as part of the CIP Level 2 course

Time Limit

Approximately 3-4 hours (theory)

Passing Score

Not publicly disclosed

Exam Fee

Included in CIP Level 2 course fee; $165 CBT retake (AMPP 2024 fee schedule) (AMPP (Association for Materials Protection and Performance))

AMPP CIP Level 2 Exam Content Outline

20%

Advanced Inspection Methods

ASTM D4541 pull-off (Type IV), D3359 cross-cut, D5402 solvent rub, D3363 pencil hardness, scoring vs non-scoring, instrument calibration, and ISO 4628 service evaluation

18%

Specialty Coatings

Thermal spray metallizing per AWS C2.18 and C2.23M, pipeline FBE and 3LPE/3LPP, powder coating, intumescent fireproofing, tank linings for immersion, polyurea plural-component, glass-flake epoxy

12%

Coating Failures

Osmotic blistering, cathodic disbondment, alligatoring, mud-cracking, amine blush, cratering (silicone contamination), pinholes, wrinkling, filiform corrosion, and diagnostic reasoning

12%

Laboratory Test Methods

ASTM B117 salt spray, G85 cyclic corrosion, G154 QUV weathering, D2794 impact, D4060 Taber abrasion, D522 mandrel bend, D523 gloss, D3960 VOC, and D2370 tensile

10%

Concrete Coatings

ASTM F1869/F2170 moisture, ICRI 310.2R CSP surface profile, ASTM D7234 pull-off on concrete, efflorescence, primer/sealer, and high-build chemical-resistant systems

10%

Pipeline Coatings

FBE preheat and DFT (14-16 mil typical), 3LPE/3LPP systems, NACE/AMPP SP0169 external corrosion, cathodic disbondment per ASTM G8/G42/G80, girth weld field coating

10%

NDE Familiarity

Visual (VT), liquid penetrant (PT), magnetic particle (MT), ultrasonic (UT), radiographic (RT) principles; ASNT SNT-TC-1A personnel qualification; scope-of-practice limits for CIP inspectors

Specification Interpretation

Specification vs PDS conflicts, legacy NACE/SSPC to AMPP renumbering, stop-work authority, MDFT terminology, performance vs prescriptive specifications, and change management

How to Pass the AMPP CIP Level 2 Exam

What You Need to Know

Passing score: Not publicly disclosed
Assessment: Written theory exam at Pearson VUE plus in-classroom practical exam as part of the CIP Level 2 course
Time limit: Approximately 3-4 hours (theory)
Exam fee: Included in CIP Level 2 course fee; $165 CBT retake (AMPP 2024 fee schedule)

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

AMPP CIP Level 2 Study Tips from Top Performers

1Master ASTM D4541 pull-off adhesion testing — understand Type I-V instruments, scoring vs non-scoring, and especially failure mode interpretation (adhesive, cohesive, glue, mixed) since mode often matters more than force

2Know thermal spray metallizing standards cold: AWS C2.18 (Guide) and C2.23M (Specification), SSPC-SP 5 (White Metal) surface preparation, 2.5-4 mil sharp angular profile, operator bend test qualification, and typical DFT ranges

3Study pipeline FBE application: preheat 450-500°F, 14-16 mil typical DFT, 100% holiday detection, cathodic disbondment per ASTM G8/G42/G80, and the 3LPE/3LPP overall system (FBE + adhesive + PE/PP)

4Learn concrete coating prep deeply: ICRI 310.2R CSP 1-9 profile levels, ASTM F1869 calcium chloride moisture, F2170 in-situ RH probes, efflorescence, and D7234 pull-off on concrete (which tests substrate cohesion)

5Practice laboratory test methods and their reference standards: B117 (salt spray, 5% NaCl, 35°C), G85 (cyclic Prohesion), G154 (QUV), D2794 (falling weight impact), D4060 (Taber), D523 (gloss at 60°), D3960 (VOC)

6Memorize coating failure modes and diagnostic clues: osmotic blistering (soluble salts), mud-cracking (over-thick), alligatoring (hard over soft), cratering (silicone), amine blush (humidity during cure), filiform (underfilm thread rust)

7Understand the 5 core NDE methods at CIP Level 2 level: VT (visual, needs light), PT (dye penetrant, surface-breaking defects), MT (magnetic particle, ferromagnetic only), UT (ultrasonic, volumetric), RT (radiographic, volumetric); know ASNT SNT-TC-1A qualifies personnel

8Track legacy NACE/SSPC to AMPP standard renumbering: SP0169, SP0178, SP0188, SP0198, SP0287 are now AMPP SP-prefixed; specifications may still reference legacy numbers — the CIP inspector must recognize both

Frequently Asked Questions

What is the AMPP CIP Level 2 certification?

The AMPP Certified Coatings Inspector (CIP Level 2) is the advanced coatings inspector credential from AMPP (formerly NACE CIP Level 2 and SSPC PCI Level 2). It validates advanced inspection competency for liquid and non-liquid coatings on diverse substrates, including advanced destructive and nondestructive testing, specialty coatings such as thermal spray metallizing and pipeline FBE, coating failure analysis, and specification interpretation. It is the required credential for many pipeline, offshore, and industrial inspection roles and is a prerequisite for CIP Level 3.

What are the prerequisites for CIP Level 2?

To certify as CIP Level 2, candidates must successfully complete the CIP Level 1 course and maintain active Basic Coatings Inspector certification, accumulate 2 years of verifiable coating-related work experience (per AMPP's Accepted Work Experience Requirements), successfully complete the CIP Level 2 course, and complete the Ethics for the Corrosion Professional course (or an AMPP-approved equivalent training). Candidates must then submit an online application for approval before sitting for the theory and practical exams.

What topics does the CIP Level 2 exam cover?

CIP Level 2 significantly expands on Level 1 foundations. Topics include advanced adhesion testing (ASTM D4541 with failure mode interpretation), specialty coatings (thermal spray per AWS C2.18/C2.23M, pipeline FBE, concrete coatings per ICRI 310.2R, tank linings, polyurea plural-component), laboratory test methods (ASTM B117 salt spray, cyclic corrosion, QUV weathering, Taber abrasion, gloss, VOC calculation), coating failure analysis (osmotic blistering, mud-cracking, alligatoring, amine blush), NDE method familiarity (VT, PT, MT, UT, RT), pipeline corrosion per NACE/AMPP SP0169, and specification interpretation with the legacy NACE/SSPC to AMPP standards renumbering.

How is the CIP Level 2 exam administered?

CIP Level 2 certification requires passing both a theory exam and a practical exam. The theory exam is delivered as a Pearson VUE computer-based test (CBT), typically with multiple-choice questions, at Pearson VUE test centers. The practical exam is administered in the classroom as part of the CIP Level 2 course. Both exams must be passed to earn certification. AMPP does not publish the exact number of theory questions or passing score.

How much does the CIP Level 2 cost?

The CIP Level 2 exam fee is bundled with the course fee (course + certification exam are purchased together). Per the AMPP 2024 fee schedule, a standalone CBT retake of the CIP Level 2 theory exam costs $165. The full CIP Level 2 course typically costs $1,500-$2,500 depending on location and delivery partner, plus travel, lodging, and work experience maintenance. Check ampp.org for current pricing and delivery options.

How does CIP Level 2 differ from CIP Level 1?

CIP Level 1 covers foundational coating inspection on steel with nondestructive tests. CIP Level 2 is substantially more advanced and includes destructive testing (pull-off adhesion, Tooke gauge, cross-cut), specialty coatings (thermal spray, pipeline FBE, concrete, tank linings, powder coatings), laboratory test methods, coating failure analysis and diagnosis, familiarity with NDE methods beyond coatings (VT/PT/MT/UT/RT), and specification interpretation. Level 2 requires 2 years of field experience plus active Level 1 certification, while Level 1 has no formal prerequisites.

How long is the CIP Level 2 certification valid?

AMPP CIP Level 2 certification is valid for 3 years from issuance. Renewal requires documenting Professional Development Hours (PDHs) in the My Certification Portal and paying the renewal fee. Active Level 2 status is required to pursue CIP Level 3 (Senior Certified Coatings Inspector) and to maintain eligibility for specialty endorsements (Bridge, Marine, Nuclear, Pipeline, Thermal Spray, Fireproofing).