中密度纤维板

LLM型UF树脂制造橡胶木和赤桉中密度纤维板

Manufacturing Process of Rubberwood and Eucalyptus MDF Using UF Resin-LLM

研究了难燃性饰面中密度纤维板（MDF）的阻燃机理及研制方法，通过正交试验进行配方设计，确定了最佳阻燃胶粘剂的涂刷量。

This article was studying antifire mechanism and treatment methods for antifire laminated MDF , and made formula design , achieved the optimum amount of antifire adhesive by orthogonal design .

中密度纤维板生产线水洗系统B阀的改进设计

Improvement Design of B Valve of Water Washing System of Medium Density Fiberboard Produce Line

E1级防潮型中密度纤维板的工艺因子对甲醛释放量的影响

Effects of production factors on formaldehyde emission of E_1 humid resistant medium density fiberboard

E1级干法中密度纤维板的研究

Development of E_1 class dry-process medium density fiberboard

FTIR技术分析脲醛树脂和中密度纤维板对面粉性能的影响

FTIR Analysis of the Urea-formaldehyde and Middle Density Fiberboard on the Performance of Flour

应用变参数Maxwell模型拟合中密度纤维板蠕变

Application of Variation Coefficients Maxwell Body to Fit the Creep of MDF

中密度纤维板工厂作业环境空气中的MDI检测

Workplace Air Monitoring on MDI in MDF Production

1993年独立完成项目《大庸人造板厂1.5万M3中密度纤维板投资项目的经济可行性论证》；

In1993 , independently completed The Demonstration of the Economical Feasibility of Dayong Synthetic Board Factory 's Investment in15 Thousand M3 ;

发展迅猛的中密度纤维板（MDF）已在人造板生产和应用中，占据了令人注目的地位。

With rapid expanding , MDF has been taking up compelling status in manufacture and application of wood-based panels .

制板因素对FRW阻燃中密度纤维板性能的影响

Influence on FRW Fire-retardant MDF Properties of Its Manufacture Factors

结果表明：中密度纤维板素板甲醛释放量较高，为VOC释放总量的88.9%；

The results showed that formaldehyde emission from MDF was higher than others , which amount was88.9 % of VOC .

对中密度纤维板（MDF）砂光粉尘的粒径分布做一精确测定。

And the testing experiments have demonstrated its competence . 2 , Accurate measurement of the size distribution of MDF sanding particles .

对于刨花板和中密度纤维板（MDF），边部释放速率约为表面的2倍；

For particleboard and MDF , the formaldehyde emission rate from the edge was about double of that from the surface of panel .

FRW阻燃中密度纤维板的性能及其制板工艺

Properties and Pressing Variables of Medium Density Fiberboard ( MDF ) with FRW Fire Retardant

用3种低毒脲醛树脂胶粘剂压制胶合板及中密度纤维板试验，对不同固化体系UF树脂胶粘剂的胶接性能和甲醛释放量进行了研究。

The bonding properties and formaldehyde emission of UF resin in different curing systems were studied by pressing plywood and MDF bonded with low toxicity UF resin .

热能中心是一种基于生物质能的综合供能系统，可以向MDF（中密度纤维板）生产线提供所需的热能和电能。

As an integrated system of energy supply based on biomass energy , energy plant can effectively supply the heat and power needed by MDF line .

纤维增强复合材料拉伸强度的weak-link比例预测纤维增强聚合物对中密度纤维板的增强效果研究

A Prediction Approach to Tensile Strength of Fiber-reinforced Composites Using Weak-link Scaling

在实验室条件下，用低毒改性UF胶压制中密度纤维板，用穿孔碘量法测得成板的游离甲醛释放量为4.19mg／100g，达到了德国E1级。

By MDF manufacturing experiments on a laboratory scale with low toxic modified UF resin adhesive , formaldehyde emission is 4.19mg/100g tested by perforator method reaching ? grade of German norm .

中密度纤维板（mediumdensityfibreboard，简称MDF）是人造板主要板种中发展速度最快的一种。随着中密度纤维板产量的快速增长，我国已经成为全球中密度纤维板生产第一大国。

Medium density fibreboard 's development is the fastest in the man-made board industry , with its development , our country has been the biggest country of production medium density fibreboard in the world .

对国内某厂生产的中密度纤维板TVOC释放进行多相传质模型验证。

The work adopts the domestic medium density fiberboard for some plant to perform multiphase mass transfer model verification . 2 .

目前，市场上销售的绝大部分中密度纤维板（MDF）在生产过程中都使用脲醛树脂胶（UF）或酚醛树脂胶（PF）作为黏结剂。

Currently , the vast majority of medium density fiberboard sold in the market using urea-formaldehyde resin ( UF ) or phenolic resin ( PF ) as the binder .

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 .

本论文从理论和实验分析两个方面，对中密度纤维板（缩写MDF）纤维分离质量影响机理、磨片对不同原料树种的针对性和新型磨片的设计选型进行了初步的研究。

This article primarily researched MDF fiber separation mechanism , pertinence of different refining plate to material tree kinds and design of new refining plate from theory and experiment analysis .

中密度纤维板（MDF）具有静载荷强度高、尺寸稳定性优、防水性较好等特点，应用广泛。

Medium density fiberboard ( MDF ) has been widely used due to the peculiarities of higher static load strength , dimensional stability , good watertight capacity and so on .

研究结果表明，在温度为60℃、真空度为66661Pa（500mmHg）的真空和加热条件下，中密度纤维板的甲醛释放主要集中在最初的2～4h内；

The result showed that formaldehyde emission mainly took place within 2 ~ 4 hour vacuum hot treatment with vacuum 66 661 Pa ( 500 mmHg ) and temperature 60 ℃ .

我国的中密度纤维板（MDF）生产发展很快，由于其应用范围十分广泛，而且具有一些其它板材没有的优点，越来越受到用户的喜欢。

Recently , the production of Medium Density Fiberboard has developed greatly in our country . Because of its extensive range of application and its good qualities , MDF has been accepted widely by user .

本研究建立了中密度纤维板（MDF）热压过程的二维传热传质模型。

The research results would have an important value for the further study . A two-dimensional theoretical model for heat and mass transfer in medium density board ( MDF ) mats during hot-pressing was developed .

对中密度纤维板生产线水洗系统闸板结构AB阀中的B阀进行改造，解决了漏水问题，延长了使用寿命，而且维修简易，带来显著的经济效益。

B valve of AB valve of the medium density fiberboard produce line water washing system brake plate structure was improved , the water leak problem was solved , the service life was prolonged , meanwhile , the repair was simple , the evident economic benefit was brought .

YKM高温导热硅油在中密度纤维板生产线上的应用

Application of YKM High Temperature Heat Transfer Polysiloxane Fluid on Production Line of Medium-density Fibreboard