喷砂嘴

Some of the applications are listed below: Sand blasting nozzle, mechanical seal, wire drawing mould, neutron absorption block, bulletproof vest, armor plate, measuring clap.

产品广泛应用于喷砂机械的喷射嘴；密封环节中密封垫；半导体电子元器件；拉丝模具；铸造行业的高温衬；防弹衣片；防弹装甲板；核反应堆控制棒和屏蔽材料。

The stress states of the ceramic nozzles with different entrance angle in the sand blasting process are analyzed with finite element method .

运用有限元法分析了不同入口锥角的陶瓷喷砂嘴冲蚀过程中的应力状态。

It can interprets why the entrance and exit area of the nozzle were worn badly. The entrance angle is a very important factor for the stress state of nozzles.

入口锥角的大小对喷砂嘴的应力状态有重要影响，B〓C、B〓C/C和Al〓O〓/C陶瓷喷砂嘴的对应的最佳入口锥角分别为11°、14°和16°。

The Al〓O〓/ C nozzles showed a brittle fracture induced removal process in the entrance of the nozzle and mainly plowing type of material remove mode in the middle of the nozzle under the condition of SiC erodent impacting.

Al〓O〓/c陶瓷喷砂嘴在SiC磨料的冲蚀下，入口处主要表现为脆性断裂冲蚀，中间区域主要表现为微切削冲蚀。

The results of the investigation showed that the best entrance angle of B〓C, B〓C/ C and Al〓O〓/ C ceramic nozzles is 11°, 14°and 16°respectively. Erosion wear model has been put forward. The B〓C and B〓C/ C nozzles exhibited a stress fatigue induced removal process under the condition of umber emery erodent impacting, and a brittle fracture induced removal process under the condition of white emery and SiC erodent impacting.

建立了不同磨损机理下的冲蚀磨损模型，提出了喷砂嘴的磨损属于多冲蚀机理并存的复合冲蚀机制。B〓C和B〓C/C陶瓷喷砂嘴在棕刚玉磨料的冲蚀下，主要表现为应力疲劳断裂冲蚀，在白刚玉和SiC磨料的冲蚀下，主要表现为脆性断裂冲蚀。

Ceramic, YG8, YT15, 45# steel, 45# chilled steel, cast iron (HT15-33) and polyurethane plastic nozzles all exhibited plowing type of material remove mode under the condition of umber emery, white emery and SiC erodent impacting.

YG8和YT15硬质合金、75瓷、铸铁（HT15-33）、45#淬火钢、45#钢和聚氨脂塑料喷砂嘴的磨损机制皆以微切削为主。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。