Avoid using paper wrappers on fiberboard containers.
避免纤维板容器上的包装纸。
Fiberboard or V-board containers did not prove practical for field use.
纤维板或V板容器证明并不适合实际在战地使用。
Products: cotton lint, fiberboard , compound fertilizer, quality seeds ect.
主要产品：皮棉、中纤板、复合肥、棉清油、良种。
Middle Density Fiberboard has been the main decorative product in the market.
中密度纤维板是目前市场上主要的建材及装饰材料。
Well, the most common and least expensive is made of asphalt-soaked fiberboard.
好，最常见和最昂贵的是沥青浸渍纤维板。
Is required to work with such materials as wood, fiberboard, formica, glass and plasterboard.
根据需要使用模板，纤维板，家具塑料贴面，玻璃以及石膏板。
Materials such as untreated fiberboard or wood shall not be in direct contact with metal surfaces.
材料，诸如未经过处理的纤维板和木材不能直接和金属接触。
A new technology of finishing the fiberboard surface with powder coating and transfer printing.
研究一种在纤维板表面进行粉末涂装再转移印花的新工艺。
An autocontrol scheme for MCS 51 microcontroller was designed for fiberboard hot press control.
本文提出了一种用MCS -51单片机对纤维板热压机进行自动控制的设计方案。
The mechanism is used to separate mats continuously for medium density fiberboard production line.
介绍一种用于大产量中密度纤维板生产线上的连续板坯带的分离机构。
The floor and the built-in furniture are made of medium-density fiberboard and given a paint finish.
地板和嵌入式的家具使用了中密度纤维板。
Dry gauze was applied to clean the fiberboard on the thoracic cavity wall so as to remove pus mosses.
用干纱布反复擦拭该处胸腔壁层纤维板，去除表面脓苔。
Medium density fiberboard (MDF) is a very popular substrate. MDF is made by converting wood chips into fibers.
中等密度纤维板也是非常受欢迎的标识制作材料，它是由木屑转变成纤维做成的。
Illustrating how to design medium density fiberboard production line to save energy and control the production cost.
以实例介绍中密度纤维板生产线设计环节的节能降耗措施。
The key is to improve the performances of self-bonding board and explore the bonding mechanism of binderless fiberboard.
攻克的关键是改善无胶板性能以及探索无胶纤维板的胶合机理。
Provide the perforated plasterboard, carbide lime board, concrete and cement fiberboard optional four kinds of materials.
提供多孔石膏板，碳化石灰板，混凝土板和水泥木丝板四种材料可选。
Introduced the processing methods and applications of cement particle board, cement fiberboard, and cement wood fiber board.
简要介绍了水泥刨花板、水泥纤维板、水泥木丝板的生产工艺和产品应用。
The development of thin high-density fiberboard which made of mix material Populus and Pinus massonia was studied in the paper.
研制以意杨、马尾松混合材为原料生产地板用薄型高密度纤维板。
The test result has showed that this modified adhesive is feasible to be developed for producing exterior medium density fiberboard.
通过小试说明该胶粘剂在压制室外型中密度纤维板的可行性。
Wood industry: plywood, fiberboard forcing molding, made of heating, hot platen heating, hydraulic equipped in temperature, dry wood.
木材工业：多合板、纤维板加压成型、层压板加热，热压板加热，油压机控温，木材干燥。
Yellow thick paper board, red hard paper board, PVC board, ivory cardboard, sulphite paper, insole fiberboard and plastic board, etc.
黄厚纸板、红硬纸板、PVC板、白卡纸、鸡皮纸、纤维中底板以及塑胶板等。
A coated article which includes a cement fiberboard substrate and a radiation - curable nonaqueous coating system applied to the substrate.
本发明涉及一种被涂制品，其包含水泥纤维板基材和涂覆到该基材上的可辐射固化的非水性涂层体系。
The author discussed the effect of moisture content of mat, treatment of mat and pressure curve of wet-process S-2-S fiberboard on their properties.
本文研讨了板坯含水率、板坯处理和热压曲线等因素对湿法两面光纤维板性能的影响。
There are some obviously different points between medium density fiberboard(MDF) hot pressing technology by continuous press and multi opening press.
连续平压法生产MDF与多层压机生产在热压工艺上有着明显的区别。
A rigid board made of layers of fiberboard or paper bonded to a gypsum plaster core, used instead of plaster or wood panels in construction to form walls.
石膏灰泥板，灰胶纸柏板由石膏灰泥作芯板结合几层纤维板或纸浆板制成的硬板，在建筑中用于代替灰泥或木板来建造墙壁。
A brief description is given for various newly developed technology in the production of particleboard and medium density fiberboard in the last 10 years.
简要叙述近10年来刨花板、中密度纤维板生产中涌现出来的各种新技术。
Rising demand for UV-cured powder coatings from the furniture industry for use in medium-density fiberboard (MDF) applications is propelling market growth.
全球紫外线 （UV） 硬化型粉末涂料的市场，由于家具产业上MDF （中密度纤维板）需求的增加，整体有扩大趋势。
The average absorption coefficient of the composite structures made by partt board and wooden fiberboard can increase up to 0.868, 0.862 from 0.409, 0.306.
而通过几个参数的适当搭配，槽孔板与木丝板复合结构的平均吸声系数分别由0.409，0.306最高可提高到0.868，0.862。
The average absorption coefficient of the composite structures made by partt board and wooden fiberboard can increase up to 0.868, 0.862 from 0.409, 0.306.
而通过几个参数的适当搭配，槽孔板与木丝板复合结构的平均吸声系数分别由0.409，0.306最高可提高到0.868，0.862。
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