Berita syarikat

Gelembung dalam produk

1. Plastik lembap, mengandungi kelembapan, pelarut atau bahan yang tidak menentu.

2. Zarah -zarah bahan terlalu halus, tidak sekata atau mempunyai tekanan belakang yang rendah, suhu di hujung belakang laras adalah tinggi, atau udara dicampur pada ujung makan atau bahan yang disalurkan dan diserahkan.

3. Tidak mencukupi pengisian dalam rongga acuan atau pintu gerbang yang terlalu kecil dan saluran pelari.

4. Tekanan suntikan dan tetapan kelajuan terlalu rendah.

5. Tetapan masa suntikan terlalu rendah.

6. Suhu acuan adalah rendah atau tidak sekata, dan suhu muncung terlalu tinggi.

1. Sebelum pengacuan suntikan, sebatian getah harus dikeringkan terlebih dahulu, dan juga perlu untuk mengelakkan perubahan suhu yang besar semasa pemprosesan.

2. Bagi zarah halus atau bahan yang tidak rata, tetapkan suhu pada akhir setiap zon laras dengan betul untuk mengelakkan udara masuk semasa pencetakan suntikan.

3. Kembangkan dimensi pintu dan pelari, dan periksa pelabuhan pelepasan atau parameter tindakan suntikan.

4. Meningkatkan nilai set tekanan suntikan dan kelajuan.

5. Meningkatkan nilai penetapan parameter masa suntikan.

6. Periksa sistem penyejukan acuan, susun semula untuk memastikan suhu acuan kerja konsisten, dan mengurangkan nilai suhu set muncung.

1. Saiz pintu terlalu besar atau sudut draf rongga terlalu kecil.

2. Struktur demolding tidak munasabah atau ada kedudukan terbalik di dalam mati.

3. Dinding dalaman alat dan mati tidak cukup lancar atau mempunyai penyok dan calar.

4. Suhu terlalu tinggi atau tekanan suntikan terlalu besar.

5. Parameter masa suntikan ditetapkan terlalu lama.

6. Parameter masa penyejukan ditetapkan terlalu pendek.

7. Permukaan produk dalam acuan tidak disejukkan dan mengeras atau suhu acuan terlalu tinggi.

8. Suhu muncung adalah rendah, dan arka muncung tidak sepadan dengan lengan pintu atau.

9. Terdapat kekotoran di diameter lubang muncung atau diameter lubang lengan pintu lebih kecil daripada diameter lubang muncung kerana miskin.

1.Modify the design dimensions of the mold gate and cavity.

2. The mold structure should be reasonable. Remove the inverted part, grind and polish it, and increase the slope of the demolding part.

3. Polish the inner wall of the model cavity again. After grinding and treating the dents and scratches, polish it again.

4. Reduce the material temperature, decrease the injection pressure, and lower the screw speed or back pressure.

5. Reduce the set value of the injection time parameter.

6. Increase the setting value of the cooling time parameter.

7. Extend the holding pressure time and enhance the cooling of the working die to reduce the die temperature.

8. Reduce the temperature of the nozzle, adjust or repair it to make the nozzle fit the gate sleeve.

9. Remove impurities from the nozzle hole and the gate sleeve, and replace the nozzle hole diameter or modify the gate sleeve hole diameter.

1.The gate dimension is insufficient or no release agent is used.

2. The gate is too large or the cooling time is too short.

3. High material temperature, short cooling time, and poor shrinkage.

4. There are damages or dents on the surface of the tool and die.

5. Excessive injection pressure causes the product not to fully protrude when demolded, or the remaining part breaks the broken glue inside the mold.

6. Excessive injection pressure causes the holes in complex cavities to be blocked, forming glue columns and leading to needle breakage.

1.Increase the degree of drowsiness by using an appropriate amount of detilli.

2. Extend the cooling time and reduce the gate diameter.

3. Reduce the material temperature and increase the cooling time to ensure good shrinkage.

4. Repair the model cavity and polish the surface.

5. Adjust the process technical parameters, such as reducing the pressure of the paper injection stock and the action parameters of the ejector pin, to prevent adhesive breakage.

6. Adjust the process parameters. Reduce the injection pressure or progress to prevent needle breakage.

1.The temperature of the plastic and the die is too high.

2. The injection pressure is too high or the plastic has excessive fluidity.

3. Asymmetry on both sides of the die or uneven clamping force.

4. Imbalance of the template or deformation of the guide pins leads to poor parallelism of the mold.

5. The injection time is set too long.

6. There are obstructions on the die edge, causing poor sealing of the parting surface, or partial sliding of the cavity and core, and the original size between parts is too large.

1.Reduce the temperature of the plastic heating cylinder and the working die.

2. Reduce the injection pressure or speed.

3. Adjust the symmetry of the working die and the mold, and adjust the clamping force parameters.

4. Adjust and balance the mold and template to ensure even force distribution on all four sides.

5. Reduce the setting of the shooting and receiving time parameter.

6. Clean and polish the edges. Repair or replace parts that are too large.