TEST REPORT Test Report # 16H 03139(R1) Date of Report Issue: March 9, 2017 Date of Sample Received: June 6, 2016 Pages: Page 1 of 19

Transcription

1 AT-1500 TEST REPORT Test Report # 16H 03139(R1) Date of Report Issue: March 9, 2017 Date of Sample Received: June 6, 2016 Pages: Page 1 of 19 CLIENT INFORMATION: Company: Recipient: Gordon Sinclair Bobby Yu/ Mark Gardyn Recipient bobby.yu@gordonsinclair.com / mark@gordonsinclair.com SAMPLE INFORMATION: Description: Double Wall Vacuum Temble Assortment: Purchase Order Number: SKU/style No.: VM1702/ VM2038 Toy Co./Agency: Factory/Supplier/Vendor: Country of Origin: China Country of Distribution: United States Labeled Age Grade: Quantity Submitted: 7 pcs (Large), 6 pcs (Small) Recommended Age Grade: Testing Period: 06/08/ /21/ /28/ /09/2017 Tested Age Grade: OVERALL RESULT: with information Refer to page 2 for test result summary and appropriate notes. ANSECO GROUP (HK) LIMITED ANSECO GROUP (HK) LIMITED Loska Yeung Lok Ka Assistant Manager, Chemical Laboratory Ricky Cheung Chin Yeung Manager, Physical Laboratory

2 Test Report # 16H 03139(R1) Pages: Page 2 of 19 TEST RESULTS SUMMARY: At the request of the client, the following tests were conducted: CONCLUSION TEST(S) CONDUCTED CPSIA Section 101 & 16 CFR 1303, Total Lead in Paints and Surface Coatings California Proposition 65, Total Lead in Paints and Surface Coatings 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 # FDA 21 CFR and , Acrylonitrile/Styrene Copolymers FDA GRAS Specifications, Total Chromium in Stainless Steel # Refer to Detailed s Refer to Detailed s Heat Retention Test # Cold Retention Test # Dishwasher Test # Remark: Revised information and supersedes the previous Report no. 16H

3 Test Report # 16H 03139(R1) Pages: Page 3 of 19 CPSIA Section 101 & 16 CFR 1303, Total Lead in Paints and Surface Coatings Test Method: Analytical Method: CPSC CH E Inductively Coupled Plasma Optical Emission Spectrometry Specimen No. 1 Total Test Item Total Lead (Pb) ND 90 Conclusion ppm (Parts per million) = mg/kg (Milligrams per kilogram) LT = Less than ND = Not detected (Reporting Limit = 20 ppm) Composite results are based on specimen of least mass resulting in highest potential concentration. Limit

4 Test Report # 16H 03139(R1) Pages: Page 4 of 19 California Proposition 65, Total Lead in Paints and Surface Coatings Test Method: Analytical Method: CPSC CH E Inductively Coupled Plasma Optical Emission Spectrometry Specimen No. 1 Total Test Item Total Lead (Pb) ND 90 Conclusion ppm (Parts per million) = mg/kg (Milligrams per kilogram) LT = Less than 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. Limit

5 Test Report # 16H 03139(R1) Pages: Page 5 of 19 CPSIA Section 101, Total Lead in Substrate Materials Test Method: Analytical Method: CPSC CH E (Metal), CPSC CH E (Non Metal) Inductively Coupled Plasma Optical Emission Spectrometry Specimen No Total Test Item Limit Total Lead (Pb) ND ND ND ND ND 100 Conclusion ppm (Parts per million) = mg/kg (Milligrams per kilogram) LT = Less than ND = Not detected (Reporting Limit = 20 ppm) Composite results are based on specimen of least mass resulting in highest potential concentration.

6 Test Report # 16H 03139(R1) Pages: Page 6 of 19 California Proposition 65, Total Lead in Substrate Materials Test Method: Analytical Method: CPSC CH E (Metal), CPSC CH E (Non Metal) Inductively Coupled Plasma Optical Emission Spectrometry Specimen No Total Test Item Limit Total Lead (Pb) ND ND ND ND ND 100 Conclusion ppm (Parts per million) = mg/kg (Milligrams per kilogram) LT = Less than 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.

7 Test Report # 16H 03139(R1) Pages: Page 7 of 19 CPSIA Section 108, Phthalates Mouthable (DBP, BBP, DEHP, DnOP, DINP, DIDP) Test Method: Analytical Method: CPSC CH C Gas Chromatography with Mass Spectrometry Test Item Dibutyl phthalate (DBP) Benzyl butyl phthalate (BBP) Di (2 ethylhexyl) phthalate (DEHP) Di n octyl phthalate (DnOP) Diisononyl phthalate (DINP) Diisodecyl phthalate (DIDP) Specimen No CAS No. Limit ND ND ND ND ND ND ND ND ND ND ND ND ND ND ND 1000 ND ND ND 1000 Conclusion ppm (Parts per million) = mg/kg (Milligrams per kilogram) = % m/m (Percent by mass) LT = Less than ND = Not detected (Reporting Limit = 120 ppm) Composite results are based on specimen of least mass resulting in highest potential concentration.

8 Test Report # 16H 03139(R1) Pages: Page 8 of 19 California Proposition 65, Phthalates (DBP, BBP, DEHP, DINP, DIDP, DnHP) Test Method: Analytical Method: CPSC CH C Gas Chromatography with Mass Spectrometry Test Item Dibutyl phthalate (DBP) Benzyl butyl phthalate (BBP) Di (2 ethylhexyl) phthalate (DEHP) Diisononyl phthalate (DINP) Diisodecyl phthalate (DIDP) Di n hexyl phthalate (DnHP) Specimen No CAS No. Limit ND ND ND ND ND ND ND ND ND ND ND ND 1000 ND ND ND ND ND ND 1000 Conclusion ppm (Parts per million) = mg/kg (Milligrams per kilogram) = % m/m (Percent by mass) LT = Less than 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.

9 Test Report # 16H 03139(R1) Pages: Page 9 of 19 Client s Requirement: Bisphenol A Test Method: AI ANSECO Method # Analytical Method: Liquid Chromatography with Fluorescence Detection Test Item Specimen No. 2 3 CAS No. Bisphenol A (BPA) ND ND ND Conclusion Limit ppm (Parts per million) = mg/kg (Milligrams per kilogram) LT = Less than ND = Not Detected (Reporting Limit = 1 ppm)

10 Test Report # 16H 03139(R1) Pages: Page 10 of 19 FDA 21 CFR , Closures with Sealing Gaskets Test Method: FDA 21 CFR # Test Item Distilled water extractive Specimen No. 3 Conclusion Test Condition Temp. Duration Fill boiling, 100 cool to minutes 100 F Temp. = Temperature F = Degree Fahrenheit ppm (Parts per million) = mg/kg (Milligrams per kilogram) LT = Less than ND = Not detected. value is less than reporting limit (RL). Remark: The specification is quoted from 21 CFR Table 2 Section 2. RL Limit ND 10 50

11 Test Report # 16H 03139(R1) Pages: Page 11 of 19 FDA 21 CFR and , Acrylonitrile/Styrene Copolymers Test Method: FDA 21 CFR and Analytical Method: Headspace Gas Chromatography with Mass Spectrometry Acrylonitrile Monomers: Test Simulant Specimen No. 2 Test Condition Temp. Duration RL Limit Distilled water extractive (mg/in 2 ) 120 o F 2 hours ND % Acetic acid extractive (mg/in 2 ) 120 o F 2 hours ND Conclusion Temp. = Temperature F = Degree Fahrenheit mg/in 2 = Milligrams per square inch LT = Less than ND = Not detected. value is less than reporting limit (RL). Remark: The specification is quoted from 21 CFR (b) (3).

12 Test Report # 16H 03139(R1) Pages: Page 12 of 19 FDA GRAS Specifications, Total Chromium in Stainless Steel Test Method: AI ANSECO Method # Analytical Method: Inductively Coupled Plasma Optical Emission Spectrometry Cookware and Food Containers Specimen No. 4 Test Item (% m/m) (% m/m) (% m/m) (% m/m) (% m/m) Limit (% m/m) Total Chromium (Cr) 18 GT 16 Conclusion % m/m = Percent by mass GT = Greater than Remark: The limit is quoted from ANSI/NSF Section 7.

13 Test Report # 16H 03139(R1) Pages: Page 13 of 19 Heat Retention Test # Test Method: Pour 212 o F water into the container. Temperature measurement was then be taken and the lid screwed on hand tight. The temperature is measured in o F at every minute until the temperature reaches 120 o F, the amount of time to drop from the initial temperature to 120 o F is shown in Table 1. Double wall vacuum tumbler Large Style Double wall vacuum tumbler Small Time 7 hours 10 minutes 5 hours 27 minutes Cold Retention Test # Table 1 Test Method: The products were conditioned at 72 o F for 15 minutes. The products were then filled with ice cube as much as the container can fit in. Ice cube size was approximately 2cm x 2cm. Fill the product to its nominal capacity of 60 o F water, insert thermocouple, and the lid was screwed hand tight. The temperature was measured in o F at every minute until the temperature reaches 72 o F, the amount of time to change from 32 o F to 72 o F was recorded in Table 2. Time Style Double wall vacuum tumbler Large Double wall vacuum tumbler Small The temperature did not reach to 72 o F after The temperature did not reach to 72 o F after hours. hours. Water temperature at 48 hours was o F. Water temperature at 48 hours was o F. Table 2

14 Test Report # 16H 03139(R1) Pages: Page 14 of 19 Graph 1 Heat Retention of Double Wall Vacuum Tumble Large Graph 2 Heat Retention of Double Wall Vacuum Tumble Small

15 Test Report # 16H 03139(R1) Pages: Page 15 of 19 Graph 3 Cold Retention of Double Wall Vacuum Tumble Large Graph 4 Cold Retention of Double Wall Vacuum Tumble Small

16 Test Report # 16H 03139(R1) Pages: Page 16 of 19 Dishwasher Test # Test Observation Conclusion Dishwasher Test Top rack, 20 cycles No crack, crazing, chipping or color fading was observed after testing

17 Test Report # 16H 03139(R1) Pages: Page 17 of 19 SPECIMEN DESCRIPTION: Specimen No. Specimen Description Location 1 Translucent lacquer On outer wall (all styles) 2 Transparent plastic (AS) Lid (all styles) 3 Translucent soft plastic (Silicone) Gasket (all styles) 4 Dull silvery metal (SS304) Inner wall (all styles) 5 Silvery metal Outer wall (all styles) 6 Bright silvery metal Bottom (all styles)

18 Test Report # 16H 03139(R1) Pages: Page 18 of 19 TEST PHOTO: Test Photo

19 Test Report # 16H 03139(R1) Pages: Page 19 of 19 SAMPLE PHOTO: End Report