Формование под низким давлением
By Tina / 2018年5月19日
Формование под низким давлением
1972 :France IBM first time.
1987 :Eruope automotive start to molding for electronics
1993 :Use for France automotive wiring harness industry
1995 :Wide use for automotive and extended to electronic
2000 :Use for PCB, Sensoring Device and connectors.
After2000: Wide range use for worldwide inudstries.
The low pressure injection molding process is a packaging process that uses a very low injection pressure to inject the encapsulating aterial into the mold and quickly solidation. In order to achieve insulation, temperature resistance, impact resistance, reduce moisture, waterproof, dust, chemical resistance.
Applies to: circuit boards, electronic connectors, wiring harnesses, batteries, switches, LED lights, coils, etc..
Short injection cycle
Resin Materials environmental protection
The compound does not have to be mixed
Thermoplastics do not require solidation time
High reliability
Simple mold design
Waterproof
Insulation
Impact resistance
Temperature resistance
Chemical resistance
Scrap No harm to the environment
Dimer acid based polyamidoamines are the result of
Dimer acid based polyamidoamines are the result of polycondensation between diamines and dibasic acids.
Dimer acid extracted from common agricultural products
Castor oil
Corn oil
Linseed oil
Peanut oil
Vegetable oil
Tall oil
The material is granular Generally black or amberCan be made into other colors
Inejction Pressure1-200psi(0~60kg)
Molding temperature160° C~230° C
Protect the property of IC and components
PA/PO/PET/PUR
QL-Custom sufficient stock
QL-Custom Professional advice
Envirmetal
Good insulation properties, flame retardant properties and corrosion resistance
High Temperature Resistant
PA673 OM673 Use for automotive hood Amber -40℃~140℃ Shore A 90 187℃ ±5℃
PA678 OM678 Use for automotive hood Amber -40℃~140℃ Shore A 90 187℃ ±5℃
PA682 OM682 Inside of Auto tire, low water tramission Amber Shore A 88 188℃ ±5℃
PA687 OM682 Inside of Auto tire, low water tramission Amber Shore A 88 188℃ ±5℃
Adhesive to Plastics
PA633 OM633 Use for Auto Fire Wall Amber -40℃-130℃ Shore A 90 175℃ ±5℃
PA638 OM638 Use for Auto Fire Wall Amber -40℃-130℃ Shore A 90 175℃ ±5℃
PA652 OM652 Good bonding and flexibility Amber -40℃-100℃ Shore A 77 157℃ ±5℃
PA657 OM657 Good bonding and flexibility Amber -40℃-100℃ Shore A 77 157℃ ±5℃
PA6208 MM6208 Cable Strain Relief Amber -40℃-100℃ Shore A 78 155℃ ±5℃
Toughness Resins
PA341 OM341 High Voltage ModulesTransparent Orange -25℃-125℃ Shore A 92 173℃ ±5℃
PA641 OM641 Memory Stick, Connectors Amber -40℃-130℃ Shore A 92 175℃ ±5℃
PA646 OM646 Memory Stick, Connectors Amber -40℃-130℃ Shore A 92 175℃ ±5℃
PA648 OM648 UV stability, out door electronics Black -40℃-130℃ Shore A 92 175℃ ±5℃
Chemical Resistance
AS4226 -Automobile transducer, industrial assemblies Transparent -40℃-85℃ -165℃ ±5℃
AS5373 MM5375/MM Q-5375 Excellent bonding to hard plastics, OvermoldingWhite(Not Transparent) -30℃-100℃ Shore A 55 139℃±5℃
PA2384- Temperature and Oil Resistant ,Automotive sensors Amber -20℃-175℃ Shore A 65 ~75 189℃ ±7℃
UV Resistant Low Pressure Molding plastics
PA668- UV resistant, Out door LED and lighting White -25℃-130℃ Shore A 90 155℃ ±5℃
PA6344- UV resistant hotmelt, plastic welding is good bonding Black -20℃-100℃ Shore A 76 147℃ ±9℃
Encapsulation advantage
Machine price advantage
Mold price advantage
Can injection precision products because:
Low pressure + low temperature
Short product injection cycle
Simple mold design
Because we are dedicated to the development of low pressure injection molding technology
Because we provide a full range of low pressure injection solutions
Because we are advance 7year with international low-pressure injection molding technology
Because we have the best team
