10l jerry can blow molding machine

HDPE jerry cans blow molding solutions 10~30LProfessional inspection of each mould testing Including: dimension tests, cap screw strength tests,appearance tests,handle feeling, thickness tests, leakage tests, filling drop tests,bottle neck sealing tests so on Basic parametersModelDSB80-30LDSB100II-30LSuitable materiaPE.PP,PVC,PS,PETG,etc.Max volume30LOutput capacityAround 50 PCS/H80-100PCS/HSize3.62.82.8(M)4.842.8(M)Weight10T16TPlasticizion systemSummarizeHigh efficient

Basic Installation Including DSB80-30T Die head: Center-feed die head Extrusion system: Adopt world-famous brand automatic temperature controlling device.Drive the screw with electromagnetism motor reducer to realize step less regulating. Clamping device: Adopt bi-directional synchronous clamping device with double axis single cylinder to stabilize equipment well Blowing device: with upper blowing type Basic parameters Suitablematerial PE.PP,PVC,PS,PETG,soon Maxvolume 20L

Toggle Type Blowing Bottle Machine for 10L 25L Jerry Can DAWSON MACHINERY & MOULD GROUP ***EXTRUSION BLOW MOLDING MACHINE EXPERT*** Our customers are all around the world. Vietnam, Australia, Indonesia, Malaysia, Thailand, Sri Lanka, Kazakhstan, Russia, UAE, Saudi Arabia, Malta, Romania, Italy, India, Syria, Ethiopia, Egypt, Sudan, Tunisia, Algeria, Kenya, Nigeria, South Africa, Zimbabwe, Mexico, Guatemala, Ecuador, Colombia, Venezuela, Peru.... DAWSON MACHINERY & MOULD

5-10L Jerry Can Blow Molding Machine The 5 - 10L Double Station Double Die Head Jerry Can Blow Molding Machine has a diverse range of applications across various industries, making it a highly desirable piece of equipment in the global market. Automotive Industry In the automotive industry, jerry cans are commonly used for storing fuel. Whether it's for emergency fuel supply in case of a breakdown or for off - road vehicles that require additional fuel, 5 - 10L jerry cans

5-10L Jerry Can Blow Molding Machine The 5 - 10L Double Station Double Die Head Jerry Can Blow Molding Machine represents a pinnacle of modern engineering, tailored to meet the burgeoning demands of the plastic container manufacturing sector. Its revolutionary double - station and double - die - head configuration has transformed the production landscape. Dual Station Advantage The dual - station setup is a masterstroke in productivity enhancement. It enables the concurrent

10L 20L PE Plastic Bottle Jerry Can Blow Moulding Machine Automatic Extrusion Blow Molding Machine ABLB80-25L Features of blow molding machine: 1. PLC control 2. Low cost running 3. Easy to operate 4. Blow different kinds of bottles 5. Equipment works stable 6. Easy for maintaining Product: 20L / 25L HDPE Jerry cans Power supply: 380/220v 50/60 Hz Tri-phase Output capacity:20~25L: 50~60 pcs/h (1200~1400 pcs/day) Layer: Single layer Lever line system: Available Parison control

HDPE PP 20L 25L 30L HDPE Jerry Can Drums Blowing Molding Machinery Basic parameters Suitable material PE.PP,PVC,PS,PETG,so on Max volume 25L Output capacity 50~60 PCS/H Size 4.43.43.6(M) Weight 11.3T system Specification Parameters Note Plasticizion system Summarize High efficient low power consumption plasticizion system,transducer control,self-protect function when started at low temperature Reducer Hard finishing,High intension,Low noise reducer Screw 1 80mm,L/D ratio

10L to 30L HDPE Jerrycan Oil Bottle Single Layer View Strip Stackable Barrel Extrusion Blow Molding Machine DAWSON MACHINERY & MOULD GROUP ***EXTRUSION BLOW MOLDING MACHINE EXPERT*** Our customers are all around the world. Vietnam, Australia, Indonesia, Malaysia, Thailand, Sri Lanka, Kazakhstan, Russia, UAE, Saudi Arabia, Malta, Romania, Italy, India, Syria, Ethiopia, Egypt, Sudan, Tunisia, Algeria, Kenya, Nigeria, South Africa, Zimbabwe, Mexico, Guatemala, Ecuador, Colombia,

ABLB75II 5 Litre Plastic Container Jerry Can Extrusion Blowing Machine Type of Blow Molding Machine Extrusion blow molding In Extrusion Blow Molding (EBM), plastic is melted and extruded into a hollow tube (a parison). This parison is then captured by closing it into a cooled metal mold. Air is then blown into the parison, inflating it into the shape of the hollow bottle, container or part. After the plastic has cooled sufficiently, the mold is opened and the part is ejected.