The yolk-sphere crystals possess an orthorhombic lattice and the lipovitellin molecular particles in the crystalline body are arrayed in pseudohex-agonal pattern.

卵黄球结晶体呈斜方点阵,组成结晶体的卵黄高磷蛋白列呈拟六角形列阵。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向的承载能力都比较大，各件可替换性强。轴承通过调节偏心外六角来调整芯轴位置进调整侧滚轮轴向尺寸的目的。

The yolk-sphere crystals possess an orthorhombic lattice and the lipovitellin molecular particles in the crystalline body are arrayed in pseudohex-agonal pattern.

球结晶体呈斜方点阵,组成结晶体高磷蛋白分子排列呈拟六角形列阵。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

承径和承载能力都比较大，各件可替换性强。承通过调节偏心外六角来调整芯位置进而达到调整侧滚尺寸目。

The yolk-sphere crystals possess an orthorhombic lattice and the lipovitellin molecular particles in the crystalline body are arrayed in pseudohex-agonal pattern.

卵黄球结呈斜方点阵,组成结卵黄高磷蛋白分子排列呈拟六角形列阵。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径和轴承载能力都比较大，各件可替换性强。轴承通过调节偏心外六角来调整芯轴位置进而达到调整侧滚轮轴目。

The yolk-sphere crystals possess an orthorhombic lattice and the lipovitellin molecular particles in the crystalline body are arrayed in pseudohex-agonal pattern.

卵黄球结晶体呈斜方点,组成结晶体的卵黄高磷蛋白分子排呈拟六形。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

承径向和向的承载能力都比较大，各件可替换性强。承通过节偏心外六整芯位置进而达到整侧滚轮向尺寸的目的。

The yolk-sphere crystals possess an orthorhombic lattice and the lipovitellin molecular particles in the crystalline body are arrayed in pseudohex-agonal pattern.

卵黄球结晶体呈斜方点阵,组成结晶体的卵黄高磷蛋白分子排呈拟六阵。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向的承载能力都比较大，各件可替换性强。轴承通过节偏心外六来轴位置进而达到侧滚轮轴向尺寸的目的。

The yolk-sphere crystals possess an orthorhombic lattice and the lipovitellin molecular particles in the crystalline body are arrayed in pseudohex-agonal pattern.

卵黄球结晶体呈斜方点,结晶体卵黄高磷蛋白分子排列呈拟六角形列。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向承载能力都比较大，各件可替换性强。轴承通过调节偏心外六角来调整芯轴位置进而达到调整侧滚轮轴向尺寸。

The yolk-sphere crystals possess an orthorhombic lattice and the lipovitellin molecular particles in the crystalline body are arrayed in pseudohex-agonal pattern.

卵黄球结晶体斜方点阵,组成结晶体的卵黄高磷蛋白分子拟六角形阵。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向的承载能力都比较大，各件可替换性强。轴承通过调节偏心外六角来调整芯轴位达到调整侧滚轮轴向尺寸的目的。

The yolk-sphere crystals possess an orthorhombic lattice and the lipovitellin molecular particles in the crystalline body are arrayed in pseudohex-agonal pattern.

卵黄球结斜方点阵,组成结的卵黄高磷蛋白分子排列拟六角形列阵。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向的承载能力都比较大，各件可替换性强。轴承通过调节偏心外六角来调整芯轴位置进而达到调整侧滚轮轴向尺寸的目的。

The yolk-sphere crystals possess an orthorhombic lattice and the lipovitellin molecular particles in the crystalline body are arrayed in pseudohex-agonal pattern.

卵黄球晶体呈斜方点阵,晶体卵黄高磷蛋白分子排列呈拟六角形列阵。

With greater axial and radial load rating capacity, good replaceability of components. The shaft can be adjusted through external hexogan then to adjust the axial part dimension.

轴承径向和轴向承载能力都比较大，各件可替换性强。轴承通过调节偏心外六角来调整芯轴位置进而达到调整侧滚轮轴向尺寸。