试模报告(英文版)

Title:Investigation of [Experiment Name or Objective]Introduction:The purpose of this experiment is to [briefly state the objective of the experiment]. The experiment aims to explore [briefly mention the variables or phenomena being investigated]. This report will detail the experimental setup, procedure, results, and conclusions drawn from the data collected.Objective:To [restate the objective of the experiment in a clear and concise manner].Materials:- List all the materials used in the experiment, including equipment, chemicals, samples, and any other items.1. [Equipment Name] - [Model or Description]2. [Chemical Name] - [Concentration or Volume]3. [Sample Name] - [Quantity]4. [Other Materials] - [Description]Procedure:1. [Step 1: Describe the first step of the procedure in detail. Include all actions taken and any safety precautions.]2. [Step 2: Continue with the next step, ensuring all actions and observations are clearly described.]3. [Step 3: Proceed with the subsequent steps, maintaining the samelevel of detail and clarity.]4. [Step 4: Complete the procedure by detailing the final steps and any additional notes or observations.]Observations:- Record all observations made during the experiment, including any visual, auditory, or tactile information.- Include any measurements taken, data collected, and any other relevant information.Data Analysis:- Present the data collected in tables, graphs, or other appropriate formats.- Discuss the significance of the data and how it relates to the objective of the experiment.- Use statistical analysis where applicable, and explain the results.Results:- Summarize the findings of the experiment.- Compare the results with the expected outcomes or previous studies, if applicable.- Discuss any anomalies or unexpected results.Discussion:- Interpret the results in the context of the experiment's objective.- Explain any limitations of the experiment and how they may have influenced the results.- Compare the findings with those of other experiments or literature.- Discuss the implications of the results and their potential applications.Conclusion:- Restate the objective of the experiment.- Summarize the key findings and their significance.- State whether the objective was achieved and why or why not.- Suggest areas for further research or modifications to the experimental procedure.Appendix:- Include any additional information that supports the experiment report but is not essential to understanding the main points.1. [Table of raw data]2. [Graphs or charts]3. [Photographs or diagrams]4. [Additional calculations or analyses]References:- List all the sources cited in the report, following the appropriate citation style.1. Author, A. (Year). Title of the work. Journal Name, Volume(Issue), Page range.2. Book Title (Edition). Author, A. (Year of publication). Publisher.3. Website Name. (Date of access). URLAcknowledgments:- Acknowledge anyone who assisted with the experiment, provided equipment, or contributed to the research in any way.Author Information:- Name of the author(s)- Affiliation- Contact informationDate:- Date of submission or completion of the experiment---This template can be adapted to fit the specific requirements of the experiment and the educational institution. The length of the report should be tailored to the complexity of the experiment and the depth of the analysis required.。

注塑试模报告报告人：日期：试模材料：注塑机：模具：注塑条件：（以上信息应列在报告首页上）一、试模目的：二、试模成品：三、试模过程：1.注塑工艺参数：2.注塑机调整：3.温度控制：四、试模结果：1.缺陷分析：2.改善措施：五、结论：六、建议：（以上内容应在正文中详细论述）注塑试模报告范例报告人：张三日期：20XX年X月X日试模材料：ABS注塑机：Haitian 120T模具：注塑汽车后视镜壳体模注塑条件：温度280℃、压力90MPa、注射速度50mm/s一、试模目的：测试模具结构和工艺参数，寻求最优注塑工艺参数并分析产品缺陷原因，提供解决方案。

二、试模成品：两个注塑汽车后视镜壳体，尺寸和表面色泽均符合标准要求。

三、试模过程：1.注塑工艺参数：温度280℃、压力90MPa、注射速度50mm/s、回程速度30mm/s、调试反应速度5。

2.注塑机调整：对定位针和流道进行调整，使之保持平衡。

3.温度控制：调整模具温度，温度达到设定值后加热时间延长至2小时。

四、试模结果：1.缺陷分析：在试模过程中出现行政区划 defect，原因可能是流道直径不足或温度不均匀所致。

2.改善措施：将流道直径加大或加设射出嘴，并适当调整温度控制区域，如果仍存在行政区划 defect，则需调整模具结构进一步改善注塑效果。

五、结论：通过调整工艺参数和模具结构，可以获得符合产品质量标准的注塑汽车后视镜壳体。

六、建议：对模具的设计进行优化，进一步提高模具的使用性能及耐用性。

第
年
月
日
年
月
日
公司
供应商（Vendors）
姓名
是否满足要求
推荐行动
模具能力评估（要求PpK>=1.33 for Normal & SC/KPC items follow ESDC039）次品类型
模具资料
试模总结报告TRIAL RUN REPORT
测试报告发起人，时间及地点资料
第二部分：第一部分：第四部分：第三部分：参与模具测试人员资料
测试资料
特性
规格
抽样数量
测试方法/工具
均值
标准差
PpK
单个工序首次通过率情况工序
生产数量
抽样数量
合格数量
实际FPY
判定是否合格
备注
SPM（周期时间）是否达到要求是否原因：
部门QC尺寸/外观检验有无机器参数设置记录表有
无
（塑胶）物料比
例：
（塑胶）物料颜色：是否达到模具规格要求
是否原因：是否有水口与零件自动分离功能是否原因：啤机名称/类型啤机编号：
测试模具地点：
物料名称：物料代号：工号
签署
姓名
工号
签署
厂区：测试报告发起部门：内线电话：
发起人：
模具开始测试日期：
模具编号：成品名称：模具图号：成品编号：
次测试
上次试模日期为：。

1) Constant Processing Parameters 恒量的设定参数1822.755 2) Cut-Off Position Calculations/Safety Factors安全系数（断掉的位置计算）5 3) Verification of Machine Capacity of Mold（验证注塑机）20 % to 80 % of the machine4) Velocity Set Points粘度设定Velocity Comments5) Pack & Hold Pressure And Times保压和时间Remember:1) Set process to optimum position.2) Set Pack & Hold less than transition pressure. (2000-5000 psi)3) Use one segment for Pack & Hold.4) Adjust time and weigh parts.5) Skip this step if processing problems occur (Example Recycling)7) Cycle Time/ General Information/Safety Factors成型周期.8) Residence Time Verification停留时间认证水口重个产品的重between 1.5 and 4 minute最小和最大的胶料停留的时间根据材料供是1.5分钟和4 分钟，如果物性表里面没有的话，停留的时间按9) Ejector Profile & Robot Setpoints顶出和设置温度的参数Ejector Comments顶出备注General Comments备注10) Clamp Close Profile开锁模11) Clamp Open Profile开锁模Processing Summary总结Plastication Profile塑化Injection Profile 注塑Pack/Hold Profile保压PACKOperator Tolerances操作公差Pack & Hold FunctionInjection Function 注塑Plastication FunctionTemperature FunctionBack Pressure注意uld be within 20 % to 80 % of the machine ully retracted will very depending on barrelease when using a larger barrel size & vise versa.hat the tool is running on to get the % capacity.t on each barrel size, we cannot make the accurate for all barrel sizes.00 注塑机的最大注塑量设定到最佳位置ansition pressure. (2000-5000 psi)保压要小于转换压力（2000到5000psi) old.使用一段的保压调整时间和产品重量blems occur (Example Recycling)1.2d all the parts produce from this tool.For hot runner use 1.4 as the time factormaximum residence times with this formula should beines or between 1.5 and 4 minutes if specificd. The residence time is calculated in minutes.小和最大的胶料停留的时间根据材料供应商的物性表果物性表里面没有的话，停留的时间按照分钟计）Robot/Picker机械手*Use Form DAS 0005 6/96Timers & Counters 时间和计数器设定指定时间实际时间HOLD 保压Cortland Material Ranges材料塑化保压塑化温度输入最佳位置设定的保压要小于转换的压力使用一段的保压使用最大的保压时间 4 到6 秒目前的性能在啤机20%到80%之间螺杆能否全部退回要取决于炮筒的大小如果使用大的炮筒，距离会缩小炮筒的大小是在试模时候的实际大小因为每个炮筒的大小不一样，所以不能决定出所有炮筒大小的最佳实际性能比53.3%水口占重比实际的成型周期密度时间系数。

Title:[Experiment Title]Student Name:[Your Full Name]Student ID:[Your Student ID]Course Name:[Course Name]Course Number:[Course Number]Date of Experiment:[Date of Experiment]Introduction:[Provide a brief background on the experiment. Explain the purpose, the significance of the study, and any relevant theories or concepts that will be tested.]Objective:[State the specific objectives of the experiment. What do you aim to achieve or find out?]Materials and Methods:[Describe the materials used and the methods employed in the experiment. Include details such as the following:]1. Materials:- List all the equipment, chemicals, samples, or other materials used in the experiment.- Provide descriptions of any specialized equipment or apparatus used, including specifications.2. Apparatus:- Describe the setup of the experiment, including the arrangement of equipment and the sequence of operations.3. Procedures:- Outline the step-by-step procedures followed during the experiment.- Include any safety precautions or measures taken.4. Data Collection:- Explain how data was collected during the experiment.- Include details on measurements, observations, and any other data points recorded.5. Variables:- Identify the independent and dependent variables in the experiment.- Describe how the variables were controlled or manipulated.Results:[Present the data collected during the experiment. Include tables, graphs, and figures as appropriate. Discuss the following:]1. Raw Data:- Present the raw data in tables or figures.- Include all relevant measurements, observations, and calculations.2. Analysis:- Analyze the data collected.- Discuss any patterns, trends, or relationships observed.3. Discussion of Results:- Interpret the results in the context of the experiment's objectives and background information.- Compare the results with theoretical predictions or previous studies.Conclusion:[Summarize the findings of the experiment. Address the following:]1. Summary of Results:- Restate the key findings and their significance.2. Objective Achievement:- Discuss whether the experiment achieved its objectives.3. Limitations:- Identify any limitations of the experiment, including potential sources of error or biases.4. Future Work:- Suggest areas for future research or improvements to the experiment.Discussion:[Provide a more in-depth analysis of the experiment. Include the following:]1. Comparison with Theoretical Predictions:- Compare the results with theoretical predictions or existing literature.2. Errors and Sources of Uncertainty:- Discuss any errors or sources of uncertainty in the experiment.3. Alternative Methods:- Consider alternative methods that could be used to achieve similar results.4. Practical Applications:- Discuss the potential practical applications of the experiment's findings.References:[List all the sources cited in the report, including books, journal articles, online resources, etc. Follow the appropriate citation style as required by your institution.]Appendices:[Include any additional information or data that is relevant to the experiment but not included in the main body of the report. This may include raw data tables, detailed calculations, or additional figures.]---Note: This template is a guide and should be adapted to fit the specific requirements of your experiment and the course. The length of the report will vary depending on the complexity of the experiment and the depth of analysis required.。

第1篇一、引言为了验证产品设计的合理性和可行性，提高产品质量，降低生产成本，我司在产品研发阶段进行了试模工作。

本次试模工作于XX年XX月XX日开始，至XX年XX月XX日结束。

现将试模过程及结果进行总结报告，以期为后续生产提供参考。

二、试模目的1. 验证产品设计的合理性和可行性；2. 优化模具设计，提高模具精度；3. 检验材料性能，确保产品质量；4. 评估生产成本，为生产决策提供依据。

三、试模过程1. 模具设计在试模前，我们根据产品图纸和技术要求，对模具进行了详细的设计。

设计过程中，充分考虑了产品的尺寸精度、形状、材料性能等因素。

2. 模具制造模具制造采用先进的技术和设备，确保了模具的精度和稳定性。

在制造过程中，对模具各部分进行了严格的检验，确保模具质量。

3. 试模材料本次试模采用的材料为XX材料，该材料具有良好的加工性能和力学性能，适用于本产品的生产。

4. 试模设备试模设备选用XX设备，该设备具有高精度、高效率的特点，能够满足试模要求。

5. 试模过程（1）试模前准备：检查模具、设备、材料等是否齐全，确保试模顺利进行。

（2）试模操作：按照操作规程进行试模，记录试模过程中的各项数据。

（3）试模结果分析：对试模结果进行分析，评估产品性能和模具质量。

四、试模结果及分析1. 产品性能（1）尺寸精度：产品尺寸精度达到设计要求，符合国家标准。

（2）形状：产品形状符合设计图纸，无明显变形。

（3）表面质量：产品表面光滑，无明显划痕、气泡等缺陷。

2. 模具质量（1）模具精度：模具精度达到设计要求，无明显磨损。

（2）模具稳定性：模具在试模过程中运行稳定，无异常现象。

3. 材料性能（1）力学性能：材料力学性能符合设计要求，具有较好的强度和韧性。

（2）加工性能：材料加工性能良好，易于加工。

4. 生产成本（1）模具成本：模具成本合理，符合预算。

（2）材料成本：材料成本合理，符合预算。

五、结论1. 产品设计合理，可行性高。

2. 模具设计精度高，稳定性好。

Title: [Experiment Name]Objective(s):- To [state the primary objective of the experiment].- To [state any secondary objectives or learning outcomes].Materials:- [List all the materials used in the experiment, including equipment, chemicals, and any other items required].Procedure:1. [Step 1: Description of the first step in the procedure, including any setup or preparation required].2. [Step 2: Description of the second step, including any measurements or observations taken].3. [Step 3: Description of the third step, if applicable].4. [Continue with subsequent steps, ensuring each is clearly described and includes any necessary measurements or observations].Results:- [Table or figure 1: Present your data in a clear and organized format. Include labels, units, and any necessary descriptions].- [Table or figure 2: If applicable, include additional data or results].- [Graphs or charts: If relevant, include graphs or charts to illustrate the data or trends].Discussion:- [Introduction to the discussion section, briefly summarizing the main findings of the experiment].- [Explanation of the results, discussing how they relate to the objectives and literature].- [Analysis of any unexpected results or deviations from the expected outcomes].- [Comparison of your results with those found in the literature or with the predictions made before the experiment].- [Conclusions drawn from the experiment, including any limitations or areas for further investigation].Conclusion:- [Summary of the main findings and their implications].- [Reiteration of the experiment's objectives and whether they were achieved].- [Suggestions for future experiments or improvements to the current procedure].References:- [List any references cited in the report, following the appropriate citation style].Appendices:- [Include any additional information or data that may be helpful for understanding the experiment but is not essential for the main report].Acknowledgments:- [Optional section to acknowledge anyone who assisted with the experiment, provided materials, or contributed to the research in any way].---Example of a Microscopic Experiment ReportTitle: Study of Cell Structures Using a Compound MicroscopeObjective(s):- To observe and identify various cell structures using a compound microscope.- To understand the significance of these structures in cellular function.Materials:- Compound microscope- Slides with different cell samples (e.g., plant cells, animal cells)- Cover slips- Lens cleaner- Light source- Microscope slide holder- Magnification chartsProcedure:1. [Set up the compound microscope with the appropriate light source and focus the lens to obtain a clear view of the slide holder].2. [Prepare the slides by placing a drop of water on a clean slide and placing a cover slip over a small sample of the cell material].3. [Place the slide on the microscope stage and adjust the focus until the cells are in sharp focus].4. [Observe the cells at different magnifications and record your observations].5. [Clean the lenses with lens cleaner after each observation].Results:- [Table 1: Data on cell size and shape observed at different magnifications].- [Figure 1: Microscopic images of plant and animal cells showing various structures].Discussion:- [The results show that plant cells have a rigid cell wall, a large central vacuole, and chloroplasts, while animal cells lack a cell wall and have a smaller vacuole].- [These observations are consistent with the literature and confirm the presence of characteristic cell structures].- [The presence of chloroplasts in plant cells indicates their ability to perform photosynthesis, while the lack of chloroplasts in animalcells suggests they rely on external sources for energy].- [The experiment highlights the importance of cell structure in the functioning of different types of cells].Conclusion:- [The objectives of the experiment were achieved by successfully observing and identifying various cell structures].- [The experiment provides a basic understanding of the differences between plant and animal cells and their structural adaptations for different functions].- [Future experiments could involve studying the dynamics of cellular processes or the effects of different environmental conditions on cell structures].References:- [Biology textbook or scientific journal articles on cell structure and function].Appendices:- [Additional microscopic images and detailed measurements of cell sizes and shapes].。

Title:[Insert the title of your experiment here]Student’s Name:[Your Name]Student’s ID:[Your Student ID]Course Name:[Name of the Course]Course Code:[Course Code]Date of Experiment:[Date of the Experiment]Objective:[State the main objective of the experiment in a single sentence.]Background Information:[Provide a brief overview of the scientific principles or theories related to the experiment. This section should include the history, significance, and relevance of the topic.]---Abstract:[Write a concise summary of the experiment, including the objective, methodology, results, and conclusions. This section should be around 150-200 words.]---1. Introduction[Provide a detailed introduction to the experiment, including the following sections:]1.1 Problem Statement:[Clearly state the problem or research question that the experiment aims to address.]1.2 Literature Review:[Summarize the existing research or theories related to the experiment, highlighting any gaps or questions that your experiment aims to fill or answer.]1.3 Hypothesis:[State the hypothesis or prediction that you are testing in the experiment.]1.4 Significance:[Explain the importance and potential impact of the experiment on the field of study.]---2. Materials and Methods[Describe the materials, procedures, and techniques used in the experiment. Include the following sections:]2.1 Materials:[List all the equipment, chemicals, samples, or other materials used in the experiment.]2.2 Procedure:[Provide a step-by-step description of the experimental procedure, including any measurements, observations, or data collection methods.]2.3 Control and Variable:[Identify the control variables and explain how they were controlled. Also, describe the independent and dependent variables and how they were manipulated or measured.]2.4 Data Analysis:[Explain the methods used to analyze the data collected during the experiment.]---3. Results[Present the results of the experiment in a clear and organized manner. Include the following sections:3.1 Raw Data:[Provide tables, charts, or graphs that present the raw data collected during the experiment.]3.2 Observations:[Record any observations made during the experiment that are relevant to the results.]3.3 Analysis:[Discuss the analysis of the data, including any calculations,statistical tests, or other methods used to interpret the results.]---4. Discussion[Analyze and interpret the results in the context of the experiment’s objective and hypothesis. Include the following sections:4.1 Results Validation:[Discuss the validity of the results, considering any potential sources of error or limitations in the experiment.]4.2 Hypothesis Testing:[Evaluate whether the results support or contradict the hypothesis.]4.3 Comparison with Literature:[Compare the results with those reported in the literature, highlighting any similarities or differences.]4.4 Implications:[Discuss the implications of the results for the field of study and any potential applications.]---5. Conclusion[Summarize the main findings of the experiment and restate the conclusion in relation to the hypothesis. Include the following sections:5.1 Summary:[Provide a brief summary of the experiment, including the objective, methodology, and results.]5.2 Conclusion:[State the conclusion based on the results and discuss whether the hypothesis was supported or refuted.]5.3 Recommendations:[Offer suggestions for future research or improvements to the experiment.]---6. References[List all the references cited in the report in the appropriate citation style (e.g., APA, MLA, Chicago).---Appendices[Include any additional information, such as detailed data tables, code, or additional figures that are not part of the main text but may be useful for understanding the experiment.]---Note: This template is a guide and should be customized according to the specific requirements of your experiment and the guidelines provided by your instructor or institution.。

EVT(Engineering Verification Test)工程验证测试阶段DVT(Design Verification Test)设计验证测试阶段DMT（Design Maturity Test）成熟度验证MVT（ Mass-Production Verification Test）量产验证测试PVT(Production/Process Verification Test)生产/制程验证测试阶段MP(Mass Production)量产工程师类:PE: Product Engineer 产品工程师Process Engineer 制程工程师ME: Mechanical Engineer 机构工程师IE：Industrial Engineer 工业工程师QE: Quality Engineer 品质工程师SQESupplier Quality Engineer供货商质量工程师QC quality control 品质管理人员FQC final quality control 终点质量管理人员IPQC in process quality control 制程中的质量管理人员OQC output quality control 最终出货质量管理人员IQC incoming quality control 进料质量管理人员TQC total quality control 全面质量管理POC passage quality control 段检人员QA quality assurance 质量保证人员OQA output quality assurance 出货质量保证人员QE quality engineering 品质工程人员TE Test Engineer 测试工程师AE Automatic Engineer 自动化工程师研发类:R&D Research & Design 设计开发部ID (Industry Design)工业设计MD (Mechanical Design)结构设计HW(Hardware) 硬件设计SW(Software)软件设计PDM Product Data Management 产品数据管理PLM product lifecycle management 产品生命周期管理电子设计:ICT In Circuit Test 电路测试PCB Printed Circuit Board 印刷电路板PCBA Printed Circuit Board Assembly 印刷电路板装配FPC FlexiblePrintedCircui 挠性电路板EMI Electrical Magnetic Interference 电子干扰RFI adio Frequency Interference射频干扰。

Title:[Experiment Name]Date of Experiment:[Date]Objective:To [state the main objective of the experiment].Materials:- [List all materials used in the experiment, including equipment, chemicals, and any other necessary items.]Procedure:1. [Step 1 of the procedure]2. [Step 2 of the procedure]3. [Step 3 of the procedure]...[Continue listing all steps in the procedure.]Data Collection:- [Description of how data was collected, including measurements, observations, and any other relevant information.]Data Analysis:- [Summary of the data analysis techniques used, such as calculations, graphs, or statistical tests.]Results:- [Present the results of the experiment in a clear and concise manner. Include tables, graphs, or charts as necessary.]Discussion:- [Interpret the results and discuss their significance. Compare the results to expected outcomes or previous studies. Address any anomalies or unexpected results.]- Anomaly 1:- [Description of the anomaly]- [Possible reasons for the anomaly]- [Impact on the experiment and conclusions]- Anomaly 2:- [Description of the anomaly]- [Possible reasons for the anomaly]- [Impact on the experiment and conclusions]- [Continue with any additional anomalies or interesting observations.]Conclusion:- [Summarize the main findings of the experiment and their implications. Restate the objective and whether it was achieved.]Recommendations:- [Suggest any improvements or modifications to the experiment procedure or equipment. Propose further studies or applications of the findings.]References:- [List all sources cited in the report, including textbooks, journal articles, and online resources.]Appendix:- [Include any additional information, such as detailed data tables, raw data, or additional figures that support the findings of the experiment.]---Example:Title:Investigation of the Effect of Temperature on the Rate of PhotosynthesisDate of Experiment:March 15, 2023Objective:To determine the effect of varying temperatures on the rate of photosynthesis in spinach leaves.Materials:- Spinach leaves- Light source- Beakers- Thermometer- Stopwatch- Sodium bicarbonate solution- pH test strips- Distilled waterProcedure:1. Prepared spinach leaves by removing stems and rinsing them under tap water.2. Placed equal amounts of spinach leaves in each beaker.3. Prepared a sodium bicarbonate solution with varying concentrations.4. Divided the beakers into groups, each with a different temperature(e.g., 10°C, 20°C, 30°C, 40°C).5. Submerged the leaves in the respective solutions and measured the pH using pH test strips.6. Taped a light source above each beaker and recorded the time it took for the pH to increase by 1 unit.7. Repeated the experiment three times to ensure accuracy.Data Collection:- pH increase over time for each temperature group.Data Analysis:- Calculated the average time for pH increase for each temperature group.Results:- [Insert table or graph showing the average time for pH increase at each temperature.]Discussion:- The data shows that the rate of photosynthesis increases with temperature up to a certain point, after which it begins to decrease. This is consistent with the hypothesis that temperature affects the rate of enzyme activity in photosynthesis.- At lower temperatures (10°C and 20°C), the rate of photosynthesis was significantly slower, indicating the importance of optimal temperature for enzyme activity.- At higher temperatures (30°C and 40°C), the rate of photosynthesis increased but then decreased, suggesting a possible denaturation of enzymes at very high temperatures.Conclusion:The experiment confirmed that temperature significantly affects the rate of photosynthesis in spinach leaves. The optimal temperature for photosynth esis in this study was found to be around 30°C.Recommendations:- Further studies should investigate the specific temperature rangesthat are optimal for photosynthesis in different plant species.- The experiment could be modified to include more temperature groups and a wider range of temperatures to observe the exact point of enzyme denaturation.References:- [List of references used in the report.]Appendix:- [Include any additional information, such as detailed data tables, raw data, or additional figures.]。

Test Report No.: QDHL1703004537ST_EN Date: MAR.21, 2017Page 1 of 6HEBEI CHINJOO ART MATERIALS TECHNOLOGY CO., LTDNO 1. CHINJOO ROAD, HENGDE INDUSTRIAL PARK GUCHENG COUNTY, HENGSHUI CITY, HEBEI, 253800, CHINAThe following samples were submitted and identified by/on behalf of the client as:KNEADABLE ERASERSample Quantity : 1 STYLE x 1 PCSGS Ref. No. : TAOTY1700922201/ TJHL1703000762STLabeled Age Grading : NOT STATEDRequested Age Grading : 12+Age Group Assessed As Per Age : /GuidelineAge Group Applied in Testing : OVER 12 YEARS OLDSample Receiving Date : MAR.13, 2017Final Information Date : MAR.20, 2017Testing Period : MAR.13, 2017 TO MAR.21, 2017Test Requested Result Although this is not a toy, the European Standard on Safety of Toys was applied asper client’s request. There may be additional hazards and labeling requirements thatare not covered by this standard:EN 71-1:2014 – Safety of toys – Part 1: Mechanical and Physical Properties PassLabeling requirement (Washing/Cleaning Label, CE mark, importer / manufacturermark (name, address), product identification) according to the Directive 2009/48/EC-Safety of toysSee Result PageEN 71-2:2011+A1:2014 – Safety of toys – Part 2: Flammability PassEN 71-3:2013+A1:2014 – Safety of toys – Part 3: Migration of certain elements (fordry, brittle, powder-like or pliable toy material)See Results************ FOR FURTHER DETAILS, PLEASE REFER TO THE FOLLOWING PAGE(S) *************SGS-CSTC Standards Technical Services Co., Ltd.Qingdao BranchApproved by:Zhou Xinkuan, SKLab ManagerTest Report No.: QDHL1703004537ST_EN Date: MAR.21, 2017Page 2 of 6Results:European Standard on Safety of ToysEN 71-1:2014 – SAFETY OF TOYS – PART 1: MECHANICAL AND PHYSICAL PROPERTIESAS SPECIFIED IN EN 71-1:2014 – SAFETY OF TOYS – PART 1: MECHANICAL AND PHYSICAL PROPERTIES Clauses relevant to the item:Clause Description Result4General requirements4.1Material cleanliness…………………………………………………………………..Pass4.7Edges..................................................…………………………….......................Pass4.8Points and metallic wires..................................................……………………….PassLABELING REQUIREMENT (WASHING/CLEANING INSTRUCTION, CE MARK, IMPORTER / MANUFACTURER NAME AND ADDRESS, PRODUCT IDENTIFICATION) ACCORDING TO THE DIRECTIVE 2009/48/EC – SAFETY OF TOYSSummary table:Observation Result Location Washing/Cleaning instruction Not applicable/CE mark Present PackagingImporter’s Name & Address Absent/Manufacturer’s Name & Address Absent/Product ID Present PackagingNote:1. According to Directive 2009/48/EC, a toy intended for use by children under 36 months must be designed andmanufactured in such a way that it can be cleaned. A textile toy must, to this end, be washable, except if it contains a mechanism that may be damaged if soak washed. The manufacturer should, if applicable, provide instructions on how the toy has to be cleaned.2. CE marking should be visible from outside the packaging and its height must be at least 5mm.3. Manufacturer’s and Importer’s name, registered trade name or registered trade mark and the address at whichthe manufacturer can be contacted must be indicated on the toy or, where that is not possible, on its packaging or in a document accompanying the toy.4. Manufacturers must ensure that their toys bear a type, batch, serial or model number or other element allowingtheir identification, or where the size or nature of the toy does not allow it, that the required information isprovided on the packaging or in a document accompanying the toy.Test Report No.: QDHL1703004537ST_EN Date: MAR.21, 2017Page 3 of 6EN 71-2:2011+A1:2014 – SAFETY OF TOYS – PART 2: FLAMMABILITYAS SPECIFIED IN EN 71-2:2011+A1:2014 – SAFETY OF TOYS – PART 2: FLAMMABILITYClauses relevant to the item:Clause Description Result4.1General requirements………………………………………………………………..PassEN 71-3:2013+A1:2014 – SAFETY OF TOYS – PART 3: MIGRATION OF CERTAIN ELEMENTS ((FOR DRY, BRITTLE, POWDER-LIKE OR PLIABLE TOY MATERIAL))Test Method: With reference to EN71-3:2013+A1:2014, analysis was performed by ICP-MSSoluble Chromium (VI) was analyzed by IC-UV.Test Item(s)Soluble Chromium (VI)Limit0.02Unitmg/kgMDL0.018001NDSoluble Lead (Pb)13.5mg/kg0.50.7Soluble Antimony (Sb)45 mg/kg1NDSoluble Arsenic (As) 3.8mg/kg0.5NDSoluble Barium (Ba)1500mg/kg50NDSoluble Cadmium (Cd) 1.3mg/kg0.1NDSoluble Chromium (III) (Cr III)37.5mg/kg5NDSoluble Mercury (Hg)7.5mg/kg0.5NDSoluble Selenium (Se)37.5mg/kg5NDSoluble Boron (B)1200mg/kg50NDSoluble Cobalt (Co)10.5mg/kg0.5NDSoluble Manganese (Mn)1200mg/kg50NDSoluble Strontium (Sr)4500mg/kg50NDSoluble Tin (Sn)15000mg/kg0.36NDSoluble Zinc (Zn)3750mg/kg50NDSoluble Copper (Cu)622.5mg/kg50NDSoluble Aluminum (Al)5625mg/kg50NDSoluble Nickel (Ni)75 mg/kg10NDSoluble Organic Tin*0.9mg/kg-NDTest Report No.: QDHL1703004537ST_EN Date: MAR.21, 2017Page 4 of 6Notes:(1) *Confirmation test of soluble organic tin is not required in case of soluble tin, after conversion, doesnot exceed the soluble organic tin requirement as specified in EN71-3:2013+A1:2014.Test Part Description:Specimen No.SGS Sample ID DescriptionSN1TAO17-009222.001Grey kneadable eraserRemarks:(1) 1 mg/kg = 0.0001%(2) MDL = Method Detection Limit(3) ND = Not Detected ( < MDL )(4) "-" = Not RegulatedN.B.: - Only applicable clauses were shown.Sample Photo:Test Report No.: QDHL1703004537ST_EN Date: MAR.21, 2017Page 5 of 6Test Report No.: QDHL1703004537ST_EN Date: MAR.21, 2017Page 6 of 6SGS authenticate the photo on original report only*** End of Report ***。