铁氟龙电线出厂质检报告

江门市高盟电业有限公司
电缆电线出厂检验报告
NO.（）
序号检验项目技术要求实测结果单项结论NO Test Item TechnicalRequirements TestConclusion Particular
Conclusio
n
1
根数 /单线直径————1×4——
2
受检绝缘线芯颜色————红色——
3绝缘厚度，
≥合格mm
4绝缘最薄点厚度，
≥合格mm
5外径，
~合格mm
6
电缆应有制造厂名、产
标志内容检查品型号和额定电压的连符合要求合格
续标志，标志清晰耐擦
7一个完整标志的末端与
标志连续性检查下一个标志的始端之间135mm合格
的距离最大 275 mm
820 ℃时导体电阻，
≤合格Ω /km
9成品电缆电压试验，
不击穿未击穿合格（ 2500V /5min ）
10老化前抗张强度，
≥合格N/mm 2
11老化前断裂伸长
≥ 125170合格率，%
操作人：吴涛利结论：合格准予出厂。

铁氟龙材料测试报告
结论：该铁氟龙可进行中试。

备注：铁氟龙使用寿命跟需抽气二封电芯的尺寸、失液量、电解液型号及员工操作手法均有关系，故不能准确判断该型号铁氟龙使用寿命性能；另在实际生产操作中，与现车间使用的白色铁氟龙并不明显区别，因此判定该型号铁氟龙可进行中试。

供 应 商
昆山勤力升
材料名称 日本本多铁氟龙 来料时间 2015.10.20 材料规格
0.13mm 厚*25mm 宽
检验时间
2013.10.27
测试依据 参照“原材料检验标准”
序号 测试项目 数量 测试标准
实测数据
判定结果 1 外观 整齐、无皱折，两边平齐
米白色、整齐、无皱折，两边平齐 合格 2 宽度 5 25±0.3（mm ） 25.10 25.08 25.18 25.07 25.11 合格 3 厚度 5 0.13±0.02(mm) 0.14 0.15 0.15 0.14 0.15 合格 4 黏着力 3 ≥20(gf/mm) 21 22
22
合格 5 拉伸强度 5 ≥0.6(Kgf/mm) 0.610
0.705 0.665 0.670 0.601
合格 6 耐温性 2 260℃10分钟 不脱落不分
层 铁氟龙贴于侧封机封头不脱落 不分层
合格 7
抗粘性
5
二封机正常生产，熔化的“渣屑”应不粘到封刀上 更换铁氟龙胶带时有少量
合格
8 使用寿命 10 正常生产过程，铁氟龙更
换时间
对比目前生产批量使用无明显区别，制程中尺寸小的型号比大型号电芯铁氟龙耐用
合格。

电线电缆检测报告（二）引言概述：本报告是针对电线电缆的检测结果进行整理和总结的。

电线电缆作为电力传输和连接设备的重要组成部分，其质量和安全性对于电力系统运行至关重要。

在本次检测中，我们对电线电缆的电气性能、绝缘状况、外观质量等进行了详细评估，并针对各项指标进行了分析和评价。

正文：1. 电线电缆的电气性能检测a. 电线电缆的电阻检测b. 电线电缆的绝缘电阻检测c. 电线电缆的绝缘强度检测d. 电线电缆的电容检测e. 电线电缆的功率因数检测2. 电线电缆的绝缘状况检测a. 电线电缆的绝缘电阻率检测b. 电线电缆的介质损耗角正切检测c. 电线电缆的局部放电检测d. 电线电缆的击穿电压检测e. 电线电缆的绝缘电压耐受水平检测3. 电线电缆的外观质量检测a. 电线电缆的外观缺陷检测b. 电线电缆的导体表面质量检测c. 电线电缆的绝缘层外观质量检测d. 电线电缆的护套层外观质量检测e. 电线电缆的标识及标志的合规性检测4. 电线电缆的环境测试a. 电线电缆的温度适应性测试b. 电线电缆的湿度适应性测试c. 电线电缆的耐油性测试d. 电线电缆的耐火性测试e. 电线电缆的紫外线照射测试5. 电线电缆的安全性检测a. 电线电缆的绝缘击穿强度检测b. 电线电缆的电弧击穿强度检测c. 电线电缆的短路电流容量检测d. 电线电缆的过电压容量检测e. 电线电缆的燃烧性能检测总结：通过对电线电缆的多项检测指标进行评估和分析，我们得出了以下结论：电线电缆的电气性能符合要求，绝缘状况良好，外观质量符合标准要求，环境适应能力较强，安全性能达到预期期望。

然而，在实际使用过程中，仍需注意电线电缆的定期检测和维护，确保其长期安全可靠地工作。

电线电缆检验报告（二）引言概述：本文是对电线电缆检验报告（二）进行详细阐述。

该检验报告是针对特定电线电缆进行的检验，旨在评估其质量和符合性。

本文将从五个大点切入，分别是外观检查、物理性能测试、电气性能测试、绝缘性能测试和耐火性能测试。

每个大点将详细讨论其中的5-9个小点，旨在全面了解电线电缆的检验情况。

正文内容：1. 外观检查1.1 外观检验的目的1.2 检查项目1：表面缺陷检查1.3 检查项目2：标识检查1.4 检查项目3：印字和标签检查1.5 检查项目4：包装状态检查1.6 检查项目5：导体外观检查1.7 检查项目6：绝缘材料外观检查1.8 检查项目7：外护套外观检查1.9 检查项目8：屏蔽层外观检查2. 物理性能测试2.1 物理性能测试的目的2.2 测试项目1：导体直径测量2.3 测试项目2：绝缘厚度测量2.4 测试项目3：外护套厚度测量2.5 测试项目4：耐机械负荷性能测试 2.6 测试项目5：剥离力测试2.7 测试项目6：拉伸强度测试2.8 测试项目7：耐热性能测试2.9 测试项目8：抗高温老化性能测试3. 电气性能测试3.1 电气性能测试的目的3.2 测试项目1：导体直流电阻测试 3.3 测试项目2：绝缘电阻测试3.4 测试项目3：介质损耗因数测试 3.5 测试项目4：耐电压强度测试3.6 测试项目5：放电测试3.7 测试项目6：电容测试3.8 测试项目7：绝缘电阻指标测试3.9 测试项目8：局部放电测试4. 绝缘性能测试4.1 绝缘性能测试的目的4.2 测试项目1：电晕起始电压测试4.3 测试项目2：荷电粒子感应试验4.4 测试项目3：介质耐压强度测试4.5 测试项目4：局部放电测试4.6 测试项目5：介质损耗因数测试4.7 测试项目6：绝缘电阻测试4.8 测试项目7：介质电阻指标测试4.9 测试项目8：电容测试5. 耐火性能测试5.1 耐火性能测试的目的5.2 测试项目1：燃烧试验5.3 测试项目2：自熄性能测试5.4 测试项目3：燃烧烟密度测试5.5 测试项目4：滴落燃烧性能测试5.6 测试项目5：耐热性能测试5.7 测试项目6：绝缘电阻测试5.8 测试项目7：耐火电缆抗冻性能测试5.9 测试项目8：耐火电缆承压燃烧测试总结：通过对电线电缆的外观检查、物理性能测试、电气性能测试、绝缘性能测试和耐火性能测试的全面评估，可以对其质量和符合性进行综合判断。

线缆检验报告
报告编号：XXX-XXXX-XX
报告日期：XX月XX日
报告单位：XXX检测中心
被检单位：XXXX有限公司
检验结论：
经过对被检线缆进行全面检测，结合试验数据和相关标准，检测中心认为被检线缆的外观、电气性能、力学性能等均符合相关标准的要求，检验结论为合格。

检验项目：
1. 外观检查
2. 电气性能检验
3. 力学性能检验
检验方法和标准：
1. 外观检查：采用视觉检查法，按照GB/T 2951.5-2018的要求进行。

2. 电气性能检验：采用电气性能测试仪器，按照GB/T 12706.1-2016的要求进行。

3. 力学性能检验：采用万能材料试验机，按照GB/T 5023.6-2017的要求进行。

检验结果：
1. 外观检查：被检线缆表面平整，无明显的损伤、变形、划痕等缺陷，请参见附件一。

2. 电气性能检验：被检线缆的交耐压、直耐压、绝缘电阻等均符合标准要求，电气参数数据请参见附件二。

3. 力学性能检验：被检线缆的抗张、抗压、弯曲性能等均符合标准要求，力学参数数据请参见附件三。

检验结论：
被检线缆的外观、电气性能、力学性能等均符合相关标准的要求，检验结论为合格。

附件：
附件一：外观检查照片
附件二：电气参数数据表
附件三：力学参数数据表
备注：
本检验报告仅用于被检单位的内部使用，不得被外界披露或用于其他用途。

如有疑问或需要详细的检测结果解释，请及时联系检测中心。

Test Report No. GZ1004045854/CHEM Date: MAY 11, 2010 Page 1 of 6 (SVHC)SHENZHEN WOER HEAT-SHRINKABLE MATERIAL CO., LTDWOER MANSION, NORTH LANJING ROAD, PINGSHAN, SHENZHEN P.R. CHINAThe following sample(s) was/were submitted and identified by/on behalf of the client as: CLEAR PTFE TUBESGS Job No. : SZ12489911SGS Internal Reference No. : 6.4Date of Sample Received : APR 29, 2010Testing Period : APR 29, 2010 TO MAY 11, 2010Test Requested: As requested by client,SVHC screening is performed according to:Thirty (30) substances in the Candidate List of Substances of Very High Concern (SVHC)for authorization published by European Chemicals Agency (ECHA) on March 30, 2010regarding Regulation (EC) No 1907/2006 concerning the REACH,Test Result(s): Please refer to next page(s).Summary:According to the specified scope and analytical techniques, concentrations ofSVHC are < 0.1% (w/w) in the submitted sample. PASS Signed for and on behalf ofSGS-CSTC Ltd.______________________David ZhouApproved SignatoryTest Report No. GZ1004045854/CHEM Date: MAY 11, 2010 Page 2 of 6 (SVHC)Test Sample:Sample Description: Transparent tubeTest Method:SGS In-House method- RSTS-EE-SVHC-003, RSTS-EE-SVHC-004 Analyzed by ICP-OES, GC-MS, GC-ECD, IC and UV-VIS.Remark:1. The chemical analysis of specified SVHC is performed by means of currently available analyticaltechniques against the following SVHC related documents published by ECHA:A. http://echa.europa.eu/chem_data/authorisation_process/candidate_list_table_en.aspB. http://echa.europa.eu/consultations/authorisation/svhc/svhc_cons_en.aspC. http://echa.europa.eu/chem_data/reg_int_tables/reg_int_curr_int_en.asp#current_svhcThese lists are under evaluation by ECHA and may subject to change in the future.2. In accordance with Regulation (EC) No 1907/2006, any producer or importer of articles shall notifyECHA, in accordance with paragraph 4 of Article 7, if a substance meets the criteria in Article 57 and is identified in accordance with Article 59(1) of the Regulation, if (a) the substance is present in those articles in quantities totaling over one tonne per producer or importer per year; and (b) the substance is present in those articles above a concentration of 0.1% weight by weight (w/w).3. Article 33 of Regulation (EC) No 1907/2006 requires supplier of an article containing a substancemeeting the criteria in Article 57 and identified in accordance with Article 59(1) in a concentration above0.1% weight by weight (w/w) shall provide the recipient of the article with sufficient information, availableto the supplier, to allow safe use of the article including, as a minimum, the name of that substance.4. If a SVHC is found over the reporting limit, client is suggested to identify the component which containsthe SVHC and the exact concentration of the SVHC by requesting further quantitative analysis from the laboratory.Test ReportNo. GZ1004045854/CHEM Date: MAY 11, 2010 Page 3 of 6(SVHC)Test Results : ( 30 substances in the Candidate List of SVHC for authorization)Substance NameCAS numberEC number Concentration (%) RL (%) Alkanes, C10-13, chloro (Short ChainChlorinated Paraffins)85535-84-8287-476-5 N.D. 0.01 Anthracene 120-12-7204-371-1 N.D. 0.005 5-tert-butyl-2,4,6-trinitro-m-xylene(musk xylene)81-15-2201-329-4 N.D. 0.005 Dibutyl phthalate (DBP) 84-74-2 201-557-4 N.D. 0.005 4,4-Diaminodiphenylmethane(MDA) 101-77-9202-974-4 N.D. 0.005 Benzyl butyl phthalate (BBP) 85-68-7 201-622-7 N.D. 0.005 Bis (2-ethylhexylphthalate) (DEHP) 117-81-7 204-211-0 N.D. 0.005 Hexabromocyclododecane (HBCDD) and all major diastereoisomers identified (α-HBCDD, β-HBCDD, γ-HBCDD) 25637-99-4 / 3194- 55-6(134237-50-6,134237-51-7,134237-52-8) 247-148-4 / 221-695-9 N.D. 0.005 Bis(tributyltin)oxide* 56-35-9 200-268-0 N.D. 0.005 Cobalt dichloride* 7646-79-9 231-589-4 N.D. 0.005 Diarsenic pentaoxide* 1303-28-2 215-116-9 N.D. 0.005 Diarsenic trioxide* 1327-53-3 215-481-4 N.D. 0.005 Triethyl arsenate* 15606-95-8 427-700-2 N.D. 0.005 Lead hydrogen arsenate* 7784-40-9 232-064-2 N.D. 0.005 Sodium dichromate* 10588-01-9 (7789-12-0)234-190-3 N.D. 0.005 2,4-Dinitrotoluene121-14-2 204-450-0 N.D. 0.005 Diisobutyl phthalate84-69-5 201-553-2 N.D. 0.005 Tris(2-chloroethyl)phosphate 115-96-8204-118-5 N.D.0.005Anthracene oil ⊕90640-80-5 292-602-7 Anthracene oil, anthracene paste;distn. Lights⊕91995-17-4 295-278-5 Anthracene oil, anthracene paste,anthracene fraction⊕91995-15-2 295-275-9 Anthracene oil, anthracene-low⊕90640-82-7 292-604-8 Anthracene oil, anthracene paste ⊕90640-81-6 292-603-2 N.D.0.050Coal tar pitch, high temperature ⊕65996-93-2 266-028-2N.D. 0.050 Aluminosilicate Refractory Ceramic Fibres *650-017-00-8(Index no.) - N.D. 0.005 Zirconia Aluminosilicate Refractory Ceramic Fibres*650-017-00-8(Index no.) - N.D. 0.005 Lead sulfochromate yellow(C.I. Pigment Yellow 34)*1344-37-2215-693-7 N.D. 0.005 Lead chromate molybdate sulphatered (C.I. Pigment Red 104)*12656-85-8235-759-9 N.D. 0.005 Lead chromate*7758-97-6 231-846-0 N.D.0.005 Acrylamide79-06-1 201-173-7N.D.0.005Test Report No. GZ1004045854/CHEM Date: MAY 11, 2010 Page 4 of 6 (SVHC)Notes:1. RL = Reporting Limit. All RL are based on homogenous materialN.D. = Not detected (lower than RL)2. *Calculated concentration of cobalt dichloride is based on the identified cobalt by ICP-OES and theidentified chloride by IC method.Calculated concentration of diarsenic pentaoxide, diarsenic trioxide, lead hydrogen arsenate and triethyl arsenate are based on the identified arsenic and lead by ICP-OESCalculated concentrations of sodium dichromate are based on the identified sodium by ICP-OES and the identified chromium(VI) by UV-Vis.Calculated concentration of bis(tributyltin)oxide TBTO is based on the identified tin by ICP-OES and TLC.Calculated concentration of Lead sulfochromate yellow,lead chromate molybdate sulphate red, lead chromate are based on the identified lead, chromium ,molybdenum by ICP-OESCalculated concentration of aluminosilicate Refractory Ceramic Fibres and zirconia aluminosilicateRefractory Ceramic Fibres are based on the identified silicon, aluminum and zirconium by ICP-OES.and confirmation by microscope.The client is advised to review the chemical formulation to ascertain above metal substances present in the sample.RL = 0.005% is evaluated for element (i.e. tin, cobalt, chloride, arsenic, lead, sodium, chromium,chromium (VI), silicon, aluminum, zirconium respectively), except molybdenum RL = 0.0005%3. ⊕ The SVHC consists of a diverse combination of chemical compounds fulfilling the definition of UVCB(substances of Unknown or Variable composition, Complex reaction products or Biological materials) under REACH regulation. Test result is calculated as per selected identifiers of the SVHC. The values are determined based on a reference anthracene oil and coal tar. Calculation is based on the worst-case scenario. Due to the UVCB nature the reported values may be regarded as semi-quantitative.Test ReportNo. GZ1004045854/CHEM Date: MAY 11, 2010 Page 5 of 6(SVHC)ATTACHMENTS ATTACHMENTSTesting Flow Chart Testing Flow Chart1) Name of the person who made measurement: Bella Wang / Tina Zhao 2) Name of the person in charge of measurement: Adams Yu / Ryan YangTest ReportNo. GZ1004045854/CHEM Date: MAY 11, 2010 Page 6 of 6(SVHC)Sample photo:SGS authenticate the photo on original report only*** End of Report ***GZ1004045854/CHEM。