Particularly suitable for arbitration formaldehyde emission test.
特别适合甲醛释放量的仲裁测试。
The formaldehyde emission and the decay period is exponent relationship.
甲醛释放量与老化周期成指数关系。
The results showed the formaldehyde emission from plywood is the highest among all boards tested.
结果表明，在所测板种中，胶合板的甲醛散发量相对较高。
Formaldehyde emission of MDF had great distinction while the method of applying adhesive was different.
不同施胶方法，中密度纤维板甲醛释放量也有较大差别。
Experimental results showed formaldehyde emission values of the same UF resin in different curing system were various.
试验结果表明：固化体系不同，脲醛树脂的甲醛释放量有很大差别。
Doping high performance adsorbents into synthetic building materials is a method to reduce source formaldehyde emission.
在人造建材内添加高性能吸附剂可降低其甲醛散发。
The amount of formaldehyde emission of plywood was declined obviously by using modified urea-formaldehyde resin adhesive.
使用改性脲醛胶粘剂可以明显降低人造板的甲醛释放量；
The effect of modification of urea-formaldehyde(UF) resin and production technology of plywood on the amount of formaldehyde emission were studied.
研究了脲醛树脂胶粘剂的改性及制板工艺对脲醛胶人造板甲醛释放量的影响。
Distribution of formaldehyde emission on the side and surface from particleboard is analyzed through experiments in this paper. Some mathematics models were given.
通过实验分析了刨花板端面和平面甲醛散发的分布特征，给出了数学模型。
"The FIRST PARTY" must produces the product comply with the requirements formaldehyde emission standard according to section 93120.2 (a), California Code of Regulation.
甲方必须生产出符合美国加州甲醛释放量标准93120.2 (a)要求的产品。
This research focuses on the development of BL-formaldehyde absorptive, its effect to formaldehyde emission of plywood, and its mechanism and proper method of application.
主要关注在BL—甲醛消纳剂的研发及其降低使用脲醛树脂生产的胶合板的甲醛释放量的作用程度、作用机理和正确的使用方式、方法；
BL-formaldehyde absorptive independently developed by BeijingForestry University can be made use of to produce environment-friendly plywood with low formaldehyde emission.
本文介绍了北京林业大学自主研发的BL—甲醛消纳剂及应用其开发低甲醛释放的环保胶合板的研究。
The paper states the mechanism of formaldehyde emission from wood-based panel and the sorts, preciple, imposing ways and situation about formaldehyde scaverger home and abroad.
介绍了人造板中甲醛释放的机理和其对人的危害及国内外人造板甲醛捕捉剂的种类、原理、施加方式和其研究现状。
Objective To study formaldehyde emission influenced by temperature and relative humidity from artificial wood-based board and set up predictive model for formaldehyde emission.
目的研究温、湿度对木质人造板材甲醛释放影响，建立不同温、湿度甲醛释放预测模型。
Formaldehyde emission content of particleboard and MDF are tested with perforator method and ACM. Results show that there is a methematical relationship between two testing methods.
分别用穿孔法和空气循环法测试了刨花板和中密度纤维板的甲醛散发量，发现二者之间有线性关系。
By comparing several test methods of formaldehyde emission, it is considered that data from chamber test is easier to be converted into indoor air quality value which has visual nature.
比较了测定人造板甲醛释放量的几种方法，认为气候箱法测定值较易换算成直观的居室空气质量值。
A mathematical model for the formaldehyde emission from wood based boards in room is proposed. The physical meanings and measuring methods of the parameters of the model are also discussed.
建立人造板中甲醛在室内散发的数学模型，给出模型中各参数的物理意义和测量方法。
The formaldehyde emission of the plywood made of veneers soaked by BL-formaldehyde absorptive can accord with the E_0 class standard, and the bonding strength can be assured at the same time.
同时针对不同的脲醛树脂，要采取不同的工艺措施；(3)将单板用BL—甲醛消纳剂浸渍后再按正常工艺生产的胶合板可达到环保E_0级标准，且胶合强度有保证。
Producing MDF with MUF adhesive can effectively improve the water resistance, reduce formaldehyde emission and effectively control the pre-curing problem caused by the high temperature tube-drying.
用三聚氰胺改性脲醛 树脂（MUF）胶粘剂生产MDF可以有效地提高耐水性，降低游离甲 醛释放量，并使得因管道施胶引起预固化问题得到有效控制。
Less formaldehyde and more benzene released from spray MDF veneered veneer that had little difference in TVOC emission comparing with MDF veneered veneer.
油漆薄木贴面中密度纤维板TVOC释放量与薄木贴面中密度纤维板差异不大，甲醛释放量很少，苯系物相对较多。
Less formaldehyde and more benzene released from spray MDF veneered veneer that had little difference in TVOC emission comparing with MDF veneered veneer.
油漆薄木贴面中密度纤维板TVOC释放量与薄木贴面中密度纤维板差异不大，甲醛释放量很少，苯系物相对较多。
应用推荐