LINA Pelletizing-cooling Integrated Machine
LINA Pelletizing-Cooling Integrated pelletizing line centralizes all functions of a complete granulation line on one independent working platform. The pelletizing efficiency is 1-2 times higher than traditional masterbatch pelletizing production line. With the combination of PLC control system, LINA pelletizing-cooling integrated machine makes the granulation process easier, the working area smaller, labor cost lower and maintenance rate lower.
LINA CIM/MIM Twin Taper pelletizer
Twin taper forced feeding is adopted for mixed metal agglomerates, this feeding method is more efficient than traditional double wrist feeding method. Twin taper feeding is stable and feeding materials are uniform, it increases finished particles are uniform and full. This machine is specific for the granulation of high hardness, high strength and abrasion resistance materials, including stainless steel powder, iron powder, magnetic powder, zirconia, ceramic powder etc.
Main features
Oil shower lubrication system.
Material of barrel and screw: 38CrMoALA alloy steel nitride for 72 hours, polished and surface sprayed carbide.
Plunger type pelletizer (non-screw pelletizer): Feeding method of Plunger type pelletizer: hydraulic.
Applicable materials: High - end Inorganic nonmetal like zirconia ceramics.
Applicable to rare earth permanent magnet, magneto-optical, superconducting, hydrogen storage and other rare earth alloys.
Value Points:
1. Automation: Continuous kneading and pelletizing.
2. Eco-friendly: No gas masks needed while operating.
3. User-friendly: Quick release design for die head.
4. Modular: Based on user`s demand, manually material feeding can be updated to automatic weighted feeding.
Pelletizing-cooling Integrated Pelleting-Cooling Recycling Equipment,Pelleting-Cooling Integrated System,Pelleting-Cooling Integrated Recycling LINA Machinery Industrial Co.,Ltd , http://www.linakneader.com
(2) The glass film of the glass electrode ball is extremely thin and easily damaged. When using it in peacetime, avoid contact with hard objects and gently handle them.
(3) The glass film of the glass electrode should not be stained with oil. If it is accidentally stained with oil, it can be washed with carbon tetrachloride or * first, then with alcohol, and finally with distilled water. The grease film also affects the measurement of sensitive bulbs. To remove the film, rinse the sensitive bulb with a 75% alcohol solution, wipe dry with filter paper, rinse well with water, and immerse in distilled water for several hours.
(4) The presence of air bubbles in the potassium chloride solution of the calomel electrode is not allowed, and there is little crystallization to maintain saturation. If there is too much crystallization and the pores are clogged, it is best to add new saturated potassium chloride solution.
(5) If the pH meter reading is unstable and floats, consider replacing the electrode.
(6) If the measuring medium is a protein precipitate (such as milk, cheese, etc.), the electrode should be immersed in pepsin and hydrochloric acid solution after the measurement to eliminate the treatment; this solution is ready before use, and after use, the electrode is immersed in this The solution was left for a few hours and then rinsed with water and then immersed in distilled water for several hours. 
Things to be aware of when using the laboratory pH meter
(1) When using the instrument, prevent the instrument from contacting with humid gas for a long time. Immersion of moisture will reduce the insulation of the instrument, making it less sensitive, accurate, and stable.