型号: | ELECTROPERL |
---|---|
品牌: | MAX PERLES |
原产地: | 法国 |
类别: | 化工 / 化学试剂 |
标签︰ | MAXPERLES乌龟漆 , 乌龟漆ELECTROPERL , 核电站带电水涂料 |
单价: |
¥8000
/ 组
|
最少订量: | 5 组 |
最后上线︰2023/11/03 |
MAX PERLES ELECTROPERL核电站带电水涂料
Packaging包装:The metallic Packaging 15Kg(Base 11.25kg+hardener 3.75kg) does not exit anymore. It is now replaced by the Plastic packaging 12kg(Base 9kg+hardener 3kg)(金属包装15Kg(底座11.25kg+硬化剂3.75kg)不存在。现在取代它的是塑料包装12kg(基础9kg+硬化剂3kg))
DESTINATION目标物:
Where:Interiors of rooms, tarps, tanks, retention, sumps, gutters, collectors(用在哪里:房间内部、防水布、水箱、贮水池、污水池、排水沟、收集器)
For:Occasional or permanent contact with radioactive or non-radioactive effluents and with charged water in nuclear, thermal and hydroelectric power plants.(适用于:偶尔或永久接触放射性或非放射性污水,以及接触核电站、火电厂和水力发电厂的带电水)
What:Concrete or steel structures(用在什么上:混凝土或钢结构)
DESCRIPTION:描述:
Product:Solvent-free, CMR-free, decontaminable epoxy ;Epoxy-novolac without solvent, CMR-free(产品:无溶剂、无CMR、可去污环氧树脂;无溶剂、无CMR环氧树脂)
Bi-component:Basecoat + hardener(双组分:底漆+硬化剂)
ELECTROPERL® (grey or on request):Single layer or finish(ELECTROPERL®(灰色或根据要求):单层或饰面)
GELCOAT SV101 (beige):Single layer or finish(GELCOAT SV101(米色):单层或面漆)
LP100/512 (sand):Finish(LP100/512(砂):完成)
Name名称:Electroperl
Colour (RAL identification):Grey 7035 (颜色(RAL标识):灰色7035)
Dry-film appearance:Glossy (干膜外观:光滑)
Optional or mandatory coat:mandatory coat(可选或强制涂层:强制涂层)
Composition of mixture (%) :(混合物组成(%):)
Oxides + silicates type:Epoxy polyamine 72%(氧化物+硅酸盐型:环氧多胺72%)
Powder materials type:Oxides + silicates 28%(粉末材料类型:氧化物+硅酸盐28%)
Flash point闪点 (°C):- Base:Electroperl Base > 90°C(基料:Electroperl Base > 90℃)
- Hardener:Electroperl Hardener > 90°C(固化剂:Electroperl固化剂> 90℃)
Storage time in original unopened packaging at 20°C:18 months(原装未开封包装在20°C下的储存时间:18个月)
APPLICATION PARAMETERS FOR RELEVANT USE:(相关使用的应用参数:)
Theoretical dry-film thickness for relevant application (µm):about 2000µm(相关应用的理论干膜厚度(µm):约2000µm)
Practical consumption (g/m²):1100(实际消耗(g/m²):1100)
- Minimum/maximum:935 – 1375(最小/最大:935 ~ 1375)
Theorical yield by volume (m²/l):1.43(理论体积产率(m²/l):1.43)
Mixture usage conditions:(混合料使用条件:)
- Hardening time at + 10°C:None(+ 10℃时的硬化时间:无)
- Maximum usage time after mixing at + 30°C:20 minutes(+ 30°C下混合后的最长使用时间:20分钟)
CLEANING OF DRY COATING – PRODUCTS USED:Conventional alkaline detergents. (干涂层的清洗。所用产品:常规碱性洗涤剂)
REPAIR METHODS: Rebuilding of system to original state after cleaning of area to be repaired and grinding of adjacent areas. (修复方法:对待修复区域进行清洗,对相邻区域进行磨削后,将系统恢复到原来的状态。)
GROSS CALORIFIC VALUE: 总热值:
GCV value for the system : Primer EDO + Render AR100 + FNP1009 = 13.9 MJ/kg
GCV value for the system : Primer W1 + FNP1009 = 19.00 MJ/kg
GCV product : Electroperl = 24.6 MJ/kg // Gelcoat SV101 = 23.3 MJ/kg
COLORS NOT POSSIBLE WITHIN THE FRAMEWORK OF THE DECLARED PERFORMANCE:All, except those mentioned.(在声明的性能框架内不可能的颜色:所有的,除了提到的那些。)
PERFORMANCE OF COATING IN CONTACT WITH LIQUIDS:Results for liquid resistance trials are indicated in French comment files available on request. (涂层与液体接触的性能:液体阻力试验的结果在法国评论文件中注明,可根据要求提供。)
1)、Solids content by volume:Obtained by calculation, so without uncertainty. (1)、体积固体含量:通过计算得到,无不确定度。)
2)、Dry film thickness tolerance:As a precise wet film thickness measurement is not possible on a concrete substrate, the only measurable parameter for the application company is the practical consumption per sqm. (2)、干膜厚度公差:由于不可能在混凝土基材上精确测量湿膜厚度,因此应用公司唯一可测量的参数是每平方米的实际消耗量。)
3)、Practical consumption A number of factors inherent to on-site application ways and means impact the theoretical coverage. The following factors have been accounted for in the computation of the given practical consumptions :(现场应用方式和手段固有的一些因素影响理论覆盖率。在计算给定的实际耗电量时,考虑了下列因素:)
- Losses due to the mode of application (roller brush, airless pump …),(-由于使用方式(辊刷、无气泵等)造成的损失;)
- « Bottom-of-can » losses,(“罐底”损失;)
- Differences in consumption due to acceptable substrate temperature variations,(可接受的衬底温度变化引起的消耗差异;)
- Differences in consumption due to the rheological properties of the coatings, specifically the differences in behaviour between more or less thixotropic/viscous coatings,(由于涂层的流变特性,特别是触变/粘性涂层之间的行为差异而导致的消耗差异;)
- 20 to 30 years of knowhow and site experience.(20至30年的专业知识和现场经验。)
Each of the above factors taken individually or added together have led us to compute a « loss factor » for each coat , hereafter called « REX Coef ». The quality of the concrete substrate furthermore plays an important role and, as indicated above, wet film thickness is not reliably measurable on concrete , hence the consumption tolerances indicated:(以上每个因素单独或加在一起,使我们计算出每件大衣的“损失系数”,以下称为“REX系数”。此外,混凝土基材的质量也起着重要的作用,如上所述,湿膜厚度在混凝土上不能可靠地测量,因此消耗公差表明:)
For the impregnation and saturation coats : -15%/+25%(浸渍和饱和涂层:-15%/+25%)
For the topcoat : -20%/+20%.(面漆:-20%/+20%。)
The computation formulas used are as follows :(计算公式如下:)
Theoretical volume yield (sqm/l) = ES(vol) *10 / Dry film thickness (µm)(理论体积产率(sqm/l) = ES(vol) *10 /干膜厚度(µm))
Practical consumption (g/sqm) = Density (kg/l) / Theoretical volume yield (sqm/l) *(实际消耗量(g/sqm) =密度(kg/l) /理论体积产率(sqm/l) *)
1000 * REX Coef (1000 = kg to g factor)