TEST REPORT Test Report # 16H Date of Report Issue: June 3, 2016 Date of Sample Received: April 5, 2016 Pages: Page 1 of 14

Transcription

1 AT-1500 TEST REPORT Test Report # 16H Date of Report Issue: June 3, 2016 Date of Sample Received: April 5, 2016 Pages: Page 1 of 14 CLIENT INFORMATION: Company: Recipient: Recipient Gordon Sinclair Bobby Yu bobby.yu@gordonsinclair.com SAMPLE INFORMATION: Description: Single Wall Shaker Bottle Assortment: Purchase Order Number: SKU/style No.: PC300 Toy Co./Agency: Factory/Supplier/Vendor: Country of Origin: China Country of Distribution: United States Labeled Age Grade: Quantity Submitted: 5 pcs Recommended Age Grade: Testing Period: 05/24/ /03/2016 Tested Age Grade: OVERALL RESULT: Refer to page 2 for test result summary and appropriate notes. ANSECO GROUP (HK) LIMITED ANSECO GROUP (HK) LIMITED Vincent Chow Wai Kit Manager, Chemical Laboratory Stepford Ho King Ho Leader, Physical Laboratory

2 Test Report # 16H Pages: Page 2 of 14 TEST RESULTS SUMMARY: At the request of the client, the following tests were conducted: CONCLUSION TEST(S) CONDUCTED CPSIA Section 101, Total Lead in Substrate Materials California Proposition 65, Total Lead in Substrate Materials CPSIA Section 108, Phthalates Mouthable (DBP, BBP, DEHP, DnOP, DINP, DIDP) California Proposition 65, Phthalates (DBP, BBP, DEHP, DINP, DIDP, DnHP) Client s Requirement: Bisphenol A # FDA 21 CFR , Closures with Sealing Gaskets for Food Containers # FDA 21 CFR , Polyethylene FDA 21 CFR , Polypropylene Copolymers FDA 21 CFR , Polypropylene Homopolymers Dishwasher Test # Volume Measurement #

3 Test Report # 16H Pages: Page 3 of 14 CPSIA Section 101, Total Lead in Substrate Materials Analysis performed by Inductively Coupled Plasma Optical Emission Spectrometry to determine compliance with the above referenced regulation. [Referenced Test Method: CPSC CH E (Metal) and/or CPSC CH E (Non Metal)] Specimen No Limit Total Total Pb ND ND ND 100 Conclusion Pb = Lead ppm (Parts per million) = mg/kg (Milligrams per kilogram) ND = Not detected (Reporting Limit = 20 ppm) Composite results are based on specimen of least mass resulting in highest potential concentration.

4 Test Report # 16H Pages: Page 4 of 14 California Proposition 65, Total Lead in Substrate Materials Analysis performed by Inductively Coupled Plasma Optical Emission Spectrometry to determine compliance with the above referenced specification. [Referenced Test Method: CPSC CH E (Metal) and/or CPSC CH E (Non Metal)] Specimen No Limit Total Total Pb ND ND ND 100 Conclusion Pb = Lead ppm (Parts per million) = mg/kg (Milligrams per kilogram) ND = Not detected (Reporting Limit = 20 ppm) Composite results are based on specimen of least mass resulting in highest potential concentration. Remark: The specification is quoted from client s requirement.

5 Test Report # 16H Pages: Page 5 of 14 CPSIA Section 108, Phthalates Mouthable (DBP, BBP, DEHP, DnOP, DINP, DIDP) Analysis performed by Gas Chromatography/Mass Spectrometry to determine compliance with the above referenced regulation. [Referenced Test Method: CPSC CH C ] Specimen No Limit DBP ND ND ND 1000 BBP ND ND ND 1000 DEHP ND ND ND 1000 DnOP ND ND ND 1000 DINP ND ND ND 1000 DIDP ND ND ND 1000 Conclusion DBP = Dibutyl phthalate; BBP = Benzyl butyl phthalate; DEHP = Di (2 ethylhexyl) phthalate; DnOP = Di n octyl phthalate; DINP = Diisononyl phthalate; DIDP = Diisodecyl phthalate ppm (Parts per million) = mg/kg (Milligrams per kilogram) = % w/w (Percent by weight) ND = Not detected (Reporting Limit = 120 ppm) Composite results are based on specimen of least mass resulting in highest potential concentration.

6 Test Report # 16H Pages: Page 6 of 14 California Proposition 65, Phthalates (DBP, BBP, DEHP, DINP, DIDP, DnHP) Analysis performed by Gas Chromatography/Mass Spectrometry to determine compliance with the above referenced specification. [Referenced Test Method: CPSC CH C ] Specimen No Limit DBP ND ND ND 1000 BBP ND ND ND 1000 DEHP ND ND ND 1000 DINP ND ND ND 1000 DIDP ND ND ND 1000 DnHP ND ND ND 1000 Conclusion DBP = Dibutyl phthalate; BBP = Benzyl butyl phthalate; DEHP = Di (2 ethylhexyl) phthalate; DINP = Diisononyl phthalate; DIDP = Diisodecyl phthalate; DnHP = Di n hexyl phthalate ppm (Parts per million) = mg/kg (Milligrams per kilogram) = % w/w (Percent by weight) ND = Not detected (Reporting Limit = 120 ppm) Composite results are based on specimen of least mass resulting in highest potential concentration. Remark: The specification is quoted from client s requirement.

7 Test Report # 16H Pages: Page 7 of 14 Client s Requirement: Bisphenol A Analysis performed by High Performance Liquid Chromatography with Fluorescence Detector to determine compliance with the above specification. [Referenced Test Method: AI ANSECO Method # ] Specimen No Bisphenol A ND ND ND ND ND ND Conclusion Limit ppm (Parts per million) = mg/kg (Milligrams per kilogram) ND = Not Detected (Reporting limit = 1 ppm)

8 Test Report # 16H Pages: Page 8 of 14 FDA 21 CFR , Closures with Sealing Gaskets for Food Containers Analysis performed by food simulating solvents extractions to determine compliance with above referenced regulation. [Referenced Test Method: FDA 21 CFR # ] Distilled water extractive Specimen No. 1 Test Condition RL Specification Temperature Duration Filling boiling, 130 minutes ND cool to 100 F n Heptane extractive 120 F 15 minutes ND Conclusion F = Degree Fahrenheit ppm (Parts per million) = mg/kg (Milligrams per kilogram) ND = Not detected. value is less than reporting limit (RL). Remark: The specification is quoted from 21 CFR Table 2 Section 2.

9 Test Report # 16H Pages: Page 9 of 14 FDA 21 CFR , Polyethylene Analysis performed by food simulating solvents extractions to determine compliance with above referenced regulation. [Referenced Test Method: FDA 21 CFR ] Specimen No. 5 Test Condition Temperature Duration RL Specification Density (g/cc) NA NA NA n Hexane extractive (% w/w) 50 o C 2 hours Xylene extractive (% w/w) Reflux 2 hours Conclusion o C = Degree Celcius g/cc = Grams per cubic centimeter % w/w = Percent by weight NA = Not applicable ND = Not detected. value is less than reporting limit (RL). Remark: The specification is quoted from 21 CFR (c) 2.1.

10 Test Report # 16H Pages: Page 10 of 14 FDA 21 CFR , Polypropylene Copolymers Analysis performed by food simulating solvents extractions to determine compliance with above referenced regulation. [Referenced Test Method: FDA 21 CFR ] Specimen No. 4 Test Condition Temperature Duration RL Specification Density (g/cc) NA NA NA n Hexane extractive (% w/w) 50 o C 2 hours Xylene extractive (% w/w) 25 o C 1 hour Conclusion C = Degree Celsius g/cc = Grams per cubic centimeter % w/w = Percent by weight NA = Not applicable ND = Not detected. value is less than reporting limit (RL). Remark: The specification is quoted from 21 CFR (c) 3.1a.

11 Test Report # 16H Pages: Page 11 of 14 FDA 21 CFR , Polypropylene Homopolymers Analysis performed by food simulating solvents extractions to determine compliance with above referenced regulation. [Referenced Test Method: FDA 21 CFR ] Specimen No. 2 Test Condition Temperature Duration RL Specification Density (g/cc) NA NA NA Melting point ( o C) NA NA NA n Hexane extractive (% w/w) Reflux 2 hours Xylene extractive (% w/w) 25 o C 1 hour Conclusion Specimen No. 3 Test Condition Temperature Duration RL Specification Density (g/cc) NA NA NA Melting point ( o C) NA NA NA n Hexane extractive (% w/w) Reflux 2 hours Xylene extractive (% w/w) 25 o C 1 hour Conclusion C = Degree Celsius g/cc = Grams per cubic centimeter % w/w = Percent by weight NA = Not applicable ND = Not detected. value is less than reporting limit (RL). Remark: The specification is quoted from 21 CFR (c) 1.1.

12 Test Report # 16H Pages: Page 12 of 14 Dishwasher Test # Test Observation Conclusion Dishwasher Test Top rack, 20 cycles Volume Measurement # No crack, crazing, chipping or color fading was observed after testing Test Observation Conclusion Measure the max claimed volume on bottle 24 oz. The volume consist with claim

13 Test Report # 16H Pages: Page 13 of 14 SPECIMEN DESCRIPTION: Specimen No. Specimen Description Location 1 Translucent soft plastic (Silicone) Gasket 2 Grey plastic (PP homo) Lid 3 Dull black plastic (PP homo) Shaker ball 4 Translucent plastic (PP co) Body 5 Black plastic (PE) Stopper

14 Test Report # 16H Pages: Page 14 of 14 SAMPLE PHOTO: End Report