DIY Plastic Moulds for Nursery

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 1 Set set

Supply Capability:: 100 Sets per Month set/month

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Detailed Product Description

plastic moulds for household product's spare parts

1.Standard HASCO

2.Finish: Polish

3.Material : ABS

4.Mould Life: 300,000

DIY plastic moulds for nursery-need products

Certificate: ISO 9001:2008

20 years experience

Name	Plastic injection Mould products
Plastic material	ABS,PC,ABS+PC,PA66,HIPS,PE,PP…etc
Cavity & Core	NAK80,S136 HRC48~52°
Mould base	LKM , HASCO
Nos of Cavity	As customer rquest
Mould Standard	DME, HASCO
Mould Runner	Hot Runner,Cold Runner …
Surface finish	Texture, High glossy ,Painting,Chrome Plating
Delivery time	20-35 Days
Mould Packing	Wooden Box or as your requirement

Name

Plastic injection Mould products

Plastic material

ABS,PC,ABS+PC,PA66,HIPS,PE,PP…etc

Cavity & Core

NAK80,S136 HRC48~52°

Mould base

LKM , HASCO

Nos of Cavity

As customer rquest

Mould Standard

DME, HASCO

Mould Runner

Hot Runner,Cold Runner …

Surface finish

Texture, High glossy ,Painting,Chrome Plating

Delivery time

20-35 Days

Mould Packing

Wooden Box or as your requirement

Our Advantages:

-- Competitive price.

-- Professional, excellent, but simple design.

-- High quality, reliability and long mould life.

-- Professional customised R&D program.

-- Diverse and mature craft.

-- Continuous service and supply.

-- Strict quality management.

-- High-quaity and integrated equipments:

-- High-speed processing center.

--Sodick wire cutting.

--Sodick cnc sinker EDM, EROWA Tooling System.

--40 sets plastic machinery with 80-1600MT.

--All our operations satify the standard of ISO9001:2008 certification.

--Exported products comply to requirements of Rohs certificate.

Q: How does electronic plastic affect the radio frequency performance of electronic devices?: Electronic plastic, also known as polymer-based materials, can significantly impact the radio frequency performance of electronic devices. This is primarily due to its dielectric properties, which affect how the material interacts with electromagnetic waves. Electronic plastic often has a high dielectric constant, causing it to store and release electrical energy more slowly compared to other materials. As a result, it can cause signal attenuation, distortion, and interference in electronic devices, leading to degraded radio frequency performance. Additionally, the physical properties of electronic plastic, such as its thickness, composition, and placement within the device, can further influence its impact on radio frequency performance. Therefore, careful consideration and optimization of the electronic plastic used in device design are crucial to minimize its negative effects on radio frequency performance.

Q: How does electronic plastic affect the waterproofing of electronic devices?: Electronic plastic can greatly enhance the waterproofing of electronic devices. It acts as a barrier, preventing water or moisture from seeping into the sensitive internal components of the device. The use of electronic plastic in the manufacturing process helps create a protective seal around the device, making it more resistant to water damage and increasing its overall waterproof capabilities.

Q: How is electronic plastic used in RFID tags?: Electronic plastic is used in RFID tags as a substrate material that provides flexibility, durability, and protection for the electronic components inside the tag. The plastic allows for easy integration of antennas, chips, and other circuitry, enabling the tag to transmit and receive information wirelessly. Additionally, electronic plastic offers cost-effective manufacturing processes, making it suitable for mass production of RFID tags in various industries such as retail, logistics, and healthcare.

Q: What are the considerations for electronic plastic in terms of dimensional stability?: The considerations for electronic plastic in terms of dimensional stability include factors such as thermal expansion and contraction, moisture absorption, and mechanical stress. These plastics should have low coefficients of thermal expansion to minimize any changes in shape or size due to temperature variations. They should also have low moisture absorption properties to prevent any dimensional changes caused by humidity. Additionally, electronic plastics should possess good mechanical strength and resistance to stress to maintain their dimensional stability under various operating conditions and external impacts.

Q: How does electronic plastic impact the electromagnetic interference of electronic devices?: Electronic plastic can significantly impact the electromagnetic interference (EMI) of electronic devices. It has the potential to absorb and dissipate electromagnetic waves, reducing their interference on nearby electronic components. Additionally, electronic plastic can act as a shield, preventing external electromagnetic fields from entering the device and causing interference. However, if not properly designed or shielded, electronic plastic can also generate its own electromagnetic emissions, leading to additional interference. Therefore, careful consideration and proper implementation of electronic plastic are crucial to mitigate EMI and ensure optimal performance of electronic devices.

Q: What are the different colors available for electronic plastic?: The different colors available for electronic plastic can vary widely and depend on the manufacturer and specific product. Common colors include black, white, silver, gray, blue, red, green, and various shades in between. Some manufacturers may offer a wider range of colors or even customizable options, allowing consumers to choose from a broader spectrum of hues.

Q: What are the different methods used to improve the impact resistance of electronic plastic?: There are several methods used to improve the impact resistance of electronic plastic. One common method is adding fillers or reinforcements such as glass fibers, carbon fibers, or ceramics to the plastic matrix. These fillers help to enhance the strength and toughness of the plastic, making it more resistant to impact. Another method is modifying the chemical structure of the plastic through cross-linking or blending with other polymers, which can improve its mechanical properties and impact resistance. Additionally, the design and geometry of the plastic components can be optimized to reduce stress concentrations and improve impact resistance.

Q: What are the different molding techniques used for electronic plastic?: Some of the different molding techniques used for electronic plastic include injection molding, blow molding, extrusion molding, and compression molding.

Q: How does electronic plastic impact the recycling process of electronic devices?: Electronic plastic can significantly impact the recycling process of electronic devices. Since electronic devices are made up of a variety of materials including metals, glass, and plastic, the presence of electronic plastic can complicate the recycling process. Plastic components, such as casings, connectors, or cables, need to be separated from other materials before recycling, which requires additional time and resources. Furthermore, the recycling of electronic plastic itself can be challenging due to the different types of plastics used, each requiring specific recycling methods. Overall, the presence of electronic plastic adds complexity to the recycling process and highlights the importance of designing electronic devices with more recyclable and eco-friendly materials.

Q: How does electronic plastic contribute to the overall reliability of electronic devices?: Electronic plastic, also known as polymer materials, plays a crucial role in enhancing the overall reliability of electronic devices. This type of plastic offers several key benefits, such as excellent electrical insulation properties, thermal stability, and resistance to moisture, chemicals, and UV radiation. These characteristics make it ideal for protecting delicate electronic components from environmental factors, preventing short circuits, and ensuring consistent performance. Additionally, electronic plastic provides mechanical strength, flexibility, and dimensional stability, which are essential for withstanding vibrations, shocks, and temperature variations. By effectively safeguarding and enhancing the durability of electronic devices, electronic plastic significantly contributes to their overall reliability.

We mainly involve in developing auto mould and small/large double injection mould .For example,we are skilled in designing and manufacturing molds for car light and car air-condition cover ,double injection mold and insert mold for consumer electronics, and double injection mold for car light (with double injection mould machine above 550T ). We also got diverse reprocessing technology such as assembling after shaped, texture, spraying lacquer,electroplating,UV,ect.

1. Manufacturer Overview

Location	Guangdong, China (Mainland)
Year Established	2010
Annual Output Value
Main Markets	North America South America Eastern Europe Southeast Asia Africa Eastern Asia Western Europe Central America Northern Europe Southern Europe South Asia
Company Certifications

2. Manufacturer Certificates

a) Certification Name
Range
Reference
Validity Period

3. Manufacturer Capability

a) Trade Capacity
Nearest Port	Osaka Japan,Ravenna Italy,Montreal American
Export Percentage	61% - 70%
No.of Employees in Trade Department	6-10 People
Language Spoken:	English, Chinese
b) Factory Information
Factory Size:	5,000-10,000 square meters
No. of Production Lines	Above 10
Contract Manufacturing	OEM Service Offered
Product Price Range