Mould Base LKM Standard, HASCO Standard , etc.
Mould Material P20/718/738/NAK80/S136/2738/2316/H13, etc.
Moud Precision +/-0.01mm
Mould Life 50-500K shots
Mould Cavity Single cavity, multi-cavity
Runner System Hot runner and cold runner
GateType Pinpoint Gate, Edge Gate, Sub Gate, Valve Gate, etc.
Equipment CNC,EDM,Cutting off Machine,plastic machinery,etc
Plastic Material PA6,PA66, ASA, POM, PPS, ABS,ABS+GF,ABS+PC,POM(Derlin),PP, etc
Surface Treatment Polishing,Painting,Chroming,Anodizing,
Quanlity System ISO 9001: 2019
Plastic packaging container refers to a container made of plastic raw materials for packaging articles. With the rapid development of petrochemical industry and the rapid development of the plastic industry, plastic packaging containers have replaced packaging containers made of metal, glass, ceramics, wood and other materials in many aspects, showing strong vitality.
â? According to the nature of the raw materials used, there are mainly polyethylene, polypropylene, polystyrene, polyvinyl chloride, polyester, polycarbonate and other containers.
According to the classification of container molding methods, there are mainly blow molding, extrusion molding, injection molding, stretch molding, rotational molding, vacuum molding and other containers.
Classified according to shape and purpose, there are mainly plastic boxes, plastic barrels, plastic bottles, plastic bags, plastic hoses, etc.
We will meet your needs in tooling builds and injection molding, rapid scale up ramps for initial market launch, and full-scale manufacturing.
Our focus is on innovative products and specialized in shortening the time between development time and manufacturing for our customer.
- PP Impact Copolymer: widely used in the production of industrial products, such as dashboard, auto interior decorations, auto bumpers, interior and exterior parts of washing machine, accumulator containers, and tanks. can also be used to make household articles, such as bottle caps, cookware, furniture, toys, toolkits, travel cases, bags, and various packaging containers.
- PP Random Copolymer: widely used in the production of medical appliances with high transparency, such as medical syringes, medical infusion bottles, medical centrifuge tubes, and sample tubes. It is used in the production of food containers, stationery, packaging materials, and houseware.
- PP Homopolymer: widely used in the production of small electrical household appliances, such as electric kettles, electric utensils, electric irons, air heaters, electric hair dryers, electric toasters, and electric hand dryers.
Applications of Polypropylene (PP)
Packaging: PP is widely used in packaging materials, including plastic bags, films, and containers.
Automotive Components: PP is found in automotive bumpers, interior trim, and underbody shields due to its lightweight yet durable nature.
Textiles: PP fibers are used in textiles, such as carpeting, upholstery, and geotextiles.
Medical Devices: PP is used in medical devices and packaging due to its biocompatibility and chemical resistance.
Consumer Goods: It is utilized in various consumer products, including toys, kitchenware, and household appliances.
Industrial Applications: PP pipes, sheets, and containers serve industrial needs, such as chemical storage and transport.
Electronics: PP is used in electrical and electronic components due to its electrical insulating properties.
Agriculture: PP films are employed in agriculture for crop protection and greenhouse applications.
Battery Cases: In electric vehicles (EVs), PP is used for battery cases to ensure safety and chemical resistance.
Mold Assembly
When designing plastic injection moulded parts to be used in conjunction with other parts, the assembly must be considered. There are several assembly techniques, mechanical fastening, press fit, hot staking, snap fit, welding, solvent bonding and adhesive bonding. Weâ??ll cover each of these in more detail over the next two articles and how they fit into the design process.
When designing for plastic injection moulding, the aim is to reduce the overall number of parts for any given product. There are several advantages to this aim, not only will it reduce costs but it will make assembly easier. When designing, designers should lookout for any opportunities to simply the assembly process through a more efficient design.
Detail of Injection Molding Assembly
Six Points Of Preparation For Mould Assembly
Familiarity with assembly procedure
A thorough understanding of assembly drawings
Checking Parts
Mould Acceptance Technology
Developing Assembly Sites
Preparing mold standard parts and related materials
Description of Injection Mold Assembly
How to Design for Assembly
Searching for Symmetry
It might be hard to wrap your mind around at first, but many assemblies traditionally constructed of two unique components can often be made from a pair of identical parts.
Self-Mating Parts
But why not get rid of the screws altogether? Our gear housing example is now symmetrical, but it still requires manual installation of threaded inserts, never mind keeping track of all those pesky screws and washers.
Family Molds
Another way to achieve hero status is the use of family molds, which are ideal when producing a series of parts with similar shapes and sizes.
Hardware Harmony
Everyoneâ??s heard the adage about reinventing the wheel. Designing and manufacturing your own nuts, screws, shafts, pins, keys, and dozens of other off-the-shelf components should be avoided at all costs. Better to redesign your product around standard hardware items, especially if production volumes are expected to rise at some point.
Moving to Monoform
The properties that make plastics such as polypropylene (PP) and styrene butadiene (SB) excellent candidates for living hinges.es of the chosen plastic are appropriate for the environment in which theyâ??ll be used.
Easy Assembly
If a product must be assembled, attempt to make the task easier by orienting the various screws and connectors in such a way that all are accessible from the same side, thus minimizing part flipping and rotating.
If you want to know more precision mold services, please visit our website.
Mold Assembly
When designing plastic injection moulded parts to be used in conjunction with other parts, the assembly must be considered. There are several assembly techniques, mechanical fastening, press fit, hot staking, snap fit, welding, solvent bonding and adhesive bonding. Weâ??ll cover each of these in more detail over the next two articles and how they fit into the design process.
When designing for plastic injection moulding, the aim is to reduce the overall number of parts for any given product. There are several advantages to this aim, not only will it reduce costs but it will make assembly easier. When designing, designers should lookout for any opportunities to simply the assembly process through a more efficient design.
Details of Injection Molding and Assembly
Six Points Of Preparation For Mold Assembly
Familiarity with assembly procedure
A thorough understanding of assembly drawings
Checking Parts
Mould Acceptance Technology
Developing Assembly Sites
Preparing mold standard parts and related materials
DESCRIPTION OF INJECTION MOLD ASSEMBLY
How to Design for Assembly
Searching for Symmetry
It might be hard to wrap your mind around at first, but many assemblies traditionally constructed of two unique components can often be made from a pair of identical parts.
Self-Mating Parts
But why not get rid of the screws altogether? Our gear housing example is now symmetrical, but it still requires manual installation of threaded inserts, never mind keeping track of all those pesky screws and washers.
Family Molds
Another way to achieve hero status is the use of family molds, which are ideal when producing a series of parts with similar shapes and sizes.
Hardware Harmony
Everyoneâ??s heard the adage about reinventing the wheel. Designing and manufacturing your own nuts, screws, shafts, pins, keys, and dozens of other off-the-shelf components should be avoided at all costs. Better to redesign your product around standard hardware items, especially if production volumes are expected to rise at some point.
Moving to Monoform
The properties that make plastics such as polypropylene (PP) and styrene butadiene (SB) excellent candidates for living hinges.es of the chosen plastic are appropriate for the environment in which theyll be used.
Easy Assembly
If a product must be assembled, attempt to make the task easier by orienting the various screws and connectors in such a way that all are accessible from the same side, thus minimizing part flipping and rotating.
If you want to know more about precision mold services, please visit our website.
