Study on the applicability of viscosity and flowability of YB8106 filling gold paste in high-density drilling operations

product overview

Filling gold paste YB8106It is a high-performance material designed by Advanced Institute (Shenzhen) Technology Co., Ltd. specifically for high-density drilling operations. This product is made by mixing high-quality spherical gold powder with a specially designed organic carrier in a scientific proportion, and undergoes precise grinding and dispersion processes to ensure the uniformity and stability of the gold paste. YB8106 has suitable viscosity and excellent flowability, designed to meet the high requirements for filling efficiency and quality in high-density drilling operations.

Experimental Design and Methods

experimental materials

• Provided by Advanced Institute (Shenzhen) Technology Co., LtdResearch Platinum BrandFilling gold pasteYB8106.
• Ceramic tiles: high-density ceramic substrates with different pore sizes (such as 50 μ m, 100 μ m, 200 μ m) used to simulate actual drilling operations.
• Testing equipment: viscometer, flowability tester, sintering furnace, etc.

experimental procedure

1. Viscosity test: Use a viscometer to measure the viscosity values of YB8106 under different conditions to ensure that it meets the requirements of high-density drilling operations.
2. Liquidity testing: Evaluate the liquidity of YB8106 using a liquidity tester, and record key parameters such as flow time and flow distance.
3. Hole filling experiment: Apply YB8106 evenly into the holes of the ceramic tile, perform drying and sintering treatment, and observe the filling effect.
4. Performance evaluation: Measure the thickness, uniformity, and bonding strength of the sintered gold layer with the ceramic substrate to evaluate the applicability of YB8106 in high-density drilling operations.

Experimental data and results

Viscosity test results

Experimental data shows that the viscosity value of YB8106 under standard conditions (such as room temperature and standard atmospheric pressure) remains stable within the range of (500 ± 50) Pa · s. This viscosity value ensures bothwine of the best qualityStability during the filling process and ease of achieving uniform filling through precision coating equipment.

Liquidity test results

The fluidity test shows that YB8106 has good fluidity and can quickly fill high-density pores in a short period of time without obvious bubbles or voids during the filling process. This excellent fluidity is attributed to the scientific proportioning of specially designed organic carriers and advanced dispersion processes.

Results of hole filling experiment

The results of the hole filling experiment show that YB8106 can perfectly fill high-density holes with different pore sizes. After sintering, the surface of the gold layer is smooth and uniform, and it is tightly bonded to the ceramic substrate without detachment or cracking. This fully demonstrates the high applicability of YB8106 in high-density drilling operations.

discuss

Filling gold pasteThe viscosity and flowability are key factors affecting high-density drilling operations. Excessive viscosity can lead to a decrease in the fluidity of the gold paste, making it difficult to evenly fill the pores; If the viscosity is too low, it may cause the loss of gold paste during drying and sintering, affecting the filling quality. YB8106 has successfully achieved the optimal balance between viscosity and flowability by precisely controlling the ratio of gold powder to organic carrier and adopting advanced dispersion technology, meeting the high requirements of high-density drilling operations.

In addition, Advanced Institute (Shenzhen) Technology Co., Ltd. has accumulated rich experience and technical reserves in material research and production processes, and can provide customized solutions and technical support for customers, further enhancing the competitiveness of YB8106 in high-density drilling operations.

conclusion

In summary, YB8106, with its suitable viscosity and excellent flowability, has demonstrated outstanding performance in high-density drilling operations. The experimental data fully proves that it is suitable for various high-density drilling scenarios and can meet customers' high requirements for filling efficiency and quality. In the future, with the continuous development of microelectronics technology, YB8106 is expected to be widely applied and promoted in more fields.
The above data is for reference only, and specific performance may vary due to production processes and product specifications.