सतह का उपचार
पॉलिश

फ़ीचर
उच्च गुणवत्ता

एप्लीकेशन
औद्योगिक

मटेरियल
स्टेनलेस स्टील

रंग
चाँदी

वारंटी
हाँ

Minimum Order Quantity
1 Unit

आपूर्ति की क्षमता
100 प्रति महीने

डिलीवरी का समय
7 दिन

मुख्य घरेलू बाज़ार
ऑल इंडिया

A helmet plastic injection mold is a specialized tool used in the production of plastic helmets, typically for applications such as safety helmets, motorcycle helmets, or sports helmets. The mold is designed to shape molten plastic into the desired helmet shape with precise dimensions and surface features.

Key Components and Features:

Mold Cavity:
The mold cavity is the negative space where the molten plastic is injected and forms the shape of the helmet. The cavitys design reflects the final outer and inner surfaces of the helmet, including any grooves, vents, or ridges.
Injection System:
The injection system is responsible for injecting molten plastic into the mold cavity under high pressure. This system includes the injection nozzle, runner system, and sprue. The pressure ensures that the plastic fills every part of the cavity and solidifies uniformly.
Core and Cavity Plates:
- Core Plate: The core forms the interior shape of the helmet, such as the headspace and any internal padding recesses.
- Cavity Plate: The cavity forms the external shape of the helmet, including the smooth outer shell and any additional features like vents or reinforcement ribs.
Cooling System:
To speed up the molding process and ensure the plastic cools evenly, the mold features a cooling system (typically made of channels or pipes through which coolant flows). This is important because the cooling rate impacts the helmets final quality and strength.
Ejection Mechanism:
After the plastic cools and solidifies, the helmet needs to be removed from the mold. This is typically done using an ejection system, which includes ejector pins or plates that push the molded helmet out of the cavity without damaging it.
Ventilation:
Small vent holes are placed strategically in the mold to allow air to escape when the mold is filled with molten plastic. This prevents defects such as air bubbles or voids.
Material:
The plastic used in helmet molding is usually high-quality, impact-resistant plastic, such as:
- Polycarbonate (PC): Known for its toughness and clarity.
- ABS (Acrylonitrile Butadiene Styrene): Popular for its strength and impact resistance.
- Polypropylene (PP): Sometimes used for its lightweight and durability.

Superior Quality and Craftsmanship

Each Helmet Plastic Injection Mould is meticulously engineered using high-grade stainless steel and finished with a polished surface. This combination delivers both outstanding performance and long-lasting reliability, catering to stringent industrial standards.

Comprehensive Warranty and Support

Enjoy peace of mind with a warranty provided on every mould. Our robust after-sales support ensures that any issues are addressed promptly, reinforcing our commitment to quality and customer satisfaction.

FAQs of Helmet Plastic Injection Mould:

Q: How is the Helmet Plastic Injection Mould used in industrial applications?

A: The mould is utilized in injection molding machines to shape molten plastic into precise helmet components, offering consistent quality in mass production settings.

Q: What material is used to manufacture this injection mould?

A: This mould is constructed from high-grade stainless steel, renowned for its durability, corrosion resistance, and ability to withstand rigorous industrial processes.

Q: When can I expect delivery and support after purchase?

A: Delivery timelines depend on order size and location, but prompt dispatch is assured from our manufacturing facility in India, along with reliable post-purchase support covered by the product warranty.

Q: Where is this injection mould manufactured and supplied from?

A: We manufacture and supply all helmet injection moulds from our state-of-the-art facility in India, catering to domestic and international markets.

Q: What is the process involved in making helmet moulds with this product?

A: The process involves injecting molten plastic into the stainless steel mould, which shapes the material into precise helmet forms before cooling and removal. The polished finish ensures smooth and accurate production every cycle.

Q: How does the surface treatment benefit the moulds performance?

A: The polished surface treatment enhances the moulds longevity by minimizing friction, preventing material sticking, and maintaining product finish quality over extended use.

Q: What are the main benefits of using this high-quality helmet injection mould?

A: Key advantages include robust durability, precise output, low maintenance, resistance to wear and corrosion, and dependable long-term performance for industrial helmet manufacturing.