Micro Flowrate Mechanical Diaphragm Dosing Pump
Water Treatment Diaphragm Pump
*Adjustable stroke length which made precise flow rate
*Different control model that make it easy to integration
*Pump operation stable and reliable
*Economical and practical
*Easily installation, simple operation and convenience maintenance,
ready to use for
customer
*High
measurement precisions, capacity can be adjusted from 0 to 100 percent
during
operation
*Strong anti-corrosiveness, used for quite range of chemical
*Durable diaphragm: mechnical actuated diaphragm, leakage free
*
Rugged construction designed which allowed pump to provide safe
services at severe operaton condition
*Maximum temperature of pump liquid: 10℃ to 40℃
Micro Flowrate Mechanical Diaphragm Dosing Pump,Mechanical Diaphragm Dosing Pump,Mechanical Diaphragm Chemical Micro Dosing Pump,Electric Mechanical Diaphragm Micro Dosing Pump Zhejiang Ailipu Technology Co., Ltd. , https://www.alipu.com
Milling of helical convex and concave molds
The spiral convex and concave mold is divided into a convex mold and a concave mold. It is a volumetric mold and requires a certain matching clearance and contact area. When milling the spiral groove on the milling machine, the spiral groove is milled whether it is a spiral on the groove or on the bottom of the groove. The spirals have equal leads. Because when the workpiece rotates one week, the distance that the milling cutter moves in the axial direction relative to the workpiece is equal to the lead, but the calculation formula of the helix angle is tanβ=πD/P_z, on a spiral groove, from the notch to the bottom of the groove, The helix angle at different diameters varies with the diameter D of the workpiece. Due to the different angles of the helix angle β, the direction of the tangent on the same section is also different. Interference is often generated during machining, that is, the cutter turns the spiral during the milling process. The lower part of the groove is cut in a part to make the cross-sectional shape of the groove deviate, so that the milling