Precision CNC Parts (Core insert)

• Core insert, material (H13), hardness (HRC48-50), resistant to cold and hot fatigue (not prone to cracking under repeated temperature changes), resistant to forming friction and wear, suitable for mass production, is a commonly used base material for injection molding / die casting molds. 
• Processing accuracy: The maximum tolerance can typically reach ±0.01mm, and a data report (CMM) will be provided. 
• Surface: (SPI-B3): Polished with 320-grit sandpaper, the surface has a slight sheen (roughness Ra ≈ 0.28 - 0.32 μm), and can cover up the machining marks.
• Lead time 3 days.

Brass parts and screw-inserts

• Types: Include brass screw insert  (with knurled/stepped structures), brass bushings, brass connection blocks, and brass locating pins.
• Material: Typically brass (e.g., H62/H65), featuring good electrical conductivity, wear resistance, and machinability.
• Functions: Used for fastening, transmission, positioning, or electrical connection in mechanical structures, suitable for high-precision assembly scenarios.
• Applications: Commonly found in transmission/connection systems of automotive parts, electronic devices, and precision instruments.

Liquid Silicone Rubber (LSR) Connector

• Material: Medical-grade LSR, non-toxic & odorless
• Non-toxic, non-sensitizing; long-term human tissue/fluid contactable
• Temp & sterilization resistant: Stable at -30℃~180℃; reusable for autoclaving; anti-aging & corrosion-resistant
• Safe & hygienic: No harmful substances; smooth surface, low bacterial adhesion
• Flexible & durable: Body-conforming soft texture; high tear/tensile strength; damage-resistant

Liquid Silicone Rubber (LSR) Spoon

• Material: Food-grade liquid silicone, non-toxic and odorless, compliant with safety standards for infant tableware.
• Advantages:
  1. Soft and flexible, won’t scratch or irritate baby’s mouth during feeding;
  2. Heat-resistant (safe for steaming/boiling disinfection) and cold-resistant, suitable for chilled baby food;
  3. Easy to clean with no residue left, just rinse and it’s ready.

injection tooling (molded PC material)

• Hot Runner System: (HUSKY), responsible for precisely delivering molten plastic to the mold cavity, is a core flow component in injection molding.
• Mold Core: (LKM)
• Waterway Connector and ejectors: DME (Metric)
• Cavity and Core: 1.2344 (HRC48-52) 
• Part matreial: PC (cavity: 100℃/ core: 85℃)
• Cycle time : 55 seconds, fully automatic, capable of matching with the mechanical arm to pick up products
• Tooling Life: 300,000

injection tooling (molded Cola cup / PP material)

• Hot Runner System: (YUDO), 
• Mold Core: (LKM)
• Waterway Connector and ejectors: HASCO
• Cavity and Core: S136 (HRC48-52) 
• Part matreial: PP 
• Cycle time : 29 seconds, fully automatic(air-ejector), capable of matching with the mechanical arm to pick up products
• Tooling Life: 500,000

injection tooling (molded PC(70%)+ABS(30%))

• Hot Runner System: (YUDO), 
• Mold Core: (LKM)
• Waterway Connector and ejectors: HASCO
• Cavity and Core: S136 (HRC48-52) 
• Part matreial: PC(70%)+ABS(30%)
• Cycle time : 40 seconds, capable of matching with the mechanical arm to pick up products
• Tooling Life: 200,000

injection tooling (PPS+40%GF)

• Hot Runner System: (YUDO), 
• Mold Core: (LKM)
• Waterway Connector and ejectors: China
• Cavity and Core: S136 (HRC48-52) 
• Part matreial: PPS+40%GF
• Cycle time : 50 seconds, capable of matching with the mechanical arm to pick up products
• Tooling Life: 100,000

injection tooling (molded PP material )

• Hot Runner System: (YUDO), 
• Mold Core: (LKM)
• Waterway Connector and ejectors: HASCO
• Cavity and Core: S136 (HRC48-52) 
• Part matreial: PP
• Cycle time : 25 seconds, fully automatic(air-ejector), capable of matching with the mechanical arm to pick up products
• Tooling Life: 100,000

injection tooling (molded PP+EPDM-T20)

• Hot Runner System: (YUDO), 
• Mold Core: (LKM)
• Waterway Connector and ejectors: HASCO
• Cavity and Core: 1.2344 (HRC48-52) 
• Part matreial: PP+EPDM-T20
• Cycle time : 29 seconds, fully automatic(air-ejector), capable of matching with the mechanical arm to pick up products
• Tooling Life: 300,000

Lens（Infrared radiation penetration）

• Material: LEXAN® PC 121R-21051 (Infrared radiation penetration)
• Infrared radiation penetration: Can efficiently transmit the near-infrared band of 760-2500nm (transmission rate 88%-94%), while blocking 99.99% of visible light (transmission rate < 1% for 400-700nm) 
• It needs to be dried at 120℃ for 3-4 hours (with moisture content < 0.02%), and the injection molding temperature should be 240-300℃, while the mold temperature should be 70-100℃. 
• Designed specifically for infrared devices, it is used in infrared remote control windows, security camera filters, vehicle ADAS cameras, smart home sensing components (such as sensor faucets), biometric (face/iris) sensor masks, and other scenarios.

Screw

• Material: Usually made of engineering plastics such as PP, PA (nylon), or ABS.
• Function: As an alternative to metal screws, it is used in scenarios where insulation and corrosion resistance are required, or as decorative / temporary fixation fasteners.
• It has features such as insulation, corrosion resistance, lightweight, and non-magnetism. The threaded design provides the basic tightening force. 

Light guide (PMMA)

• Material: Made of polymethyl methacrylate (PMMA, also known as acrylic), it features high light transmittance (over 92% for visible light) and excellent light-guiding performance. We guarantee that there are no bubbles inside the product.
• Applications: Commonly used in scenarios like light guiding for indicator lights in electronic devices (e.g., mobile phones, laptops), light-guiding strips for car interior ambient lights, backlight modules for home appliance panels, and light transmission for instrument display lights.

Cover (PPS+40%GF)

• Material: PPS+40%GF / PPS+70%GF, it offers properties including high temperature resistance (long-term operating temperature ~120°C), high rigidity, chemical corrosion resistance, dimensional stability, and UL94 V-0 flame retardancy.
• Advantage: We guarantee the warpage meets requirements (By pre-deformation compensation Technology).
• Applications: Commonly used in scenarios demanding high material performance, such as industrial equipment, automotive electronics, new energy appliances (charging piles), and precision instruments.

Precision CNC Parts (core and cavity)

• Cooling line drilling / tapping
• CNC Rough machining
• Hardening
• Finish machining and Wire cutting all holes
• Surface finish (SPI-B3)core and cavity
• Cavity texturing VDI-30

• Maximum tolerance ±0.005mm~±0.01mm, with a data report (CMM).

Precision CNC Parts (inserts)

• Wire cutting + Precision grinding process
• Material (H13): HRC 50-54
• making: (Wire cutting + Precision grinding), enabling fast mass production.
• Tolerance: Controlled at -0.01mm (negative tolerance), a precision-level dimension requirement that ensures tight fitting with the mold

Precision CNC sliders (Hardening + surface nitriding)

• Slider: material (H13), hardness (HRC48-50), Surface nitrogenized up to 60 degrees, with excellent wear resistance. The nitrogenized layer (with a thickness of approximately 0.1 - 0.3mm), resistant to cold and hot fatigue (not prone to cracking under repeated temperature changes), resistant to forming friction and wear, suitable for mass production, 
• Processing accuracy: The maximum tolerance can typically reach ±0.01mm, and a data report (CMM) will be provided. 
• Surface: (SPI-B3): Polished with 320-grit sandpaper, the surface has a slight sheen (roughness Ra ≈ 0.28 - 0.32 μm), and can cover up the machining marks.

Precision CNC Parts (croe)

• Tooling Core: material (H13), hardness (HRC48-50), resistant to cold and hot fatigue (not prone to cracking under repeated temperature changes), resistant to forming friction and wear, suitable for mass production, is a commonly used base material for injection molding / die casting molds. 
• Processing accuracy: The maximum tolerance can typically reach ±0.01mm, and a data report (CMM) will be provided. 
• Surface: (SPI-B3): Polished with 320-grit sandpaper, the surface has a slight sheen (roughness Ra ≈ 0.28 - 0.32 μm), and can cover up the machining marks.
• Lead time 3 days.

Precision CNC Parts (Core inserts)

• Core insert, material (1.2344), hardness (HRC48-52), resistant to cold and hot fatigue (not prone to cracking under repeated temperature changes), resistant to forming friction and wear, suitable for mass production, is a commonly used base material for injection molding / die casting molds. 
• Processing accuracy: The maximum tolerance can typically reach ±0.01mm, and a data report (CMM) will be provided. 
• Surface: (SPI-B3): Polished with 320-grit sandpaper, the surface has a slight sheen (roughness Ra ≈ 0.28 - 0.32 μm), and can cover up the machining marks.
• Lead time 3 days.

Precision CNC Lathe Parts

• Stainless steel (such as 304/316) has moderate hardness but excellent toughness. The high-precision servo system of the CNC lathe combined with carbide tools can well meet the processing requirements, especially suitable for the complex structures of this part such as multi-step outer circles, head embossing, and end holes.
• The automated processing of the CNC lathe can ensure batch consistency, and the surface finish of stainless steel (such as Ra0.8μm grade) can be directly achieved through CNC fine turning, reducing the subsequent grinding process.

Silicone Rubber sealing Strip(Extrusion)

• Material and Process: Made of silicone material (with excellent temperature resistance and elasticity), it is formed through extrusion technology and can be mass-produced into long strips for sealing components.
• Function and Purpose: By relying on the elastic deformation of the silicone, it fills the gaps to achieve waterproof, dustproof, and shockproof sealing effects.
• Application Scenarios: Widely used for gap sealing in doors and windows, household appliances, large electronic equipment shells, etc. It can be customized in various shapes for any structure that requires basic sealing.
• Material hardness: 40 Shore A to 80 Shore A
  

Gasket 2（Conductive）

• Material: Made from silicone base with conductive fillers (such as metal powder, carbon black) mixed in, it combines the elastic sealing performance of silicone with conductive function.
• Function and application: It can not only achieve sealing (waterproof, dustproof) by elastic deformation to fill gaps, but also conduct electricity, eliminate static electricity or shield electromagnetic interference.
• Application scenarios: It is commonly used at interface / outer shell parts of electronic devices, communication equipment, and instruments and meters, suitable for structural parts that require both sealing and conductive functions.
• Material hardness: 40 Shore A to 80 Shore A
  

Sealing ring (Silicone and fluorine rubber)

• Material: Made of ordinary silicone, it has basic elasticity and weather resistance, suitable for regular usage environments.
• Structure: Includes an irregular frame-shaped sealing ring (black large piece) and an O sealing ring (green small piece), covering different shape gap sealing requirements.
• Function: By relying on the elasticity of silicone to fill the gaps, it achieves basic waterproof and dustproof sealing effects, suitable for regular sealing scenarios such as home appliances and equipment enclosures.
• Material hardness: 40 Shore A to 80 Shore A
  

Transmission Case Housing

Constructed with an ABS plastic body and metal bearing inserts, the component is manufactured via over-molding for integral formation. This design ensures exceptional wear resistance and transmission precision, making it ideal for lightweight, reliability-critical transmission assemblies such as household appliance drive modules and small equipment reducers.

PPS+40%GF/PPS+70%GF

• Material: PPS+40%GF / PPS+70%GF, it offers properties including high temperature resistance (long-term operating temperature ~120°C), high rigidity, chemical corrosion resistance, dimensional stability, and UL94 V-0 flame retardancy.
• Advantage: We guarantee the warpage meets requirements (By pre-deformation compensation Technology).
• Applications: Commonly used in scenarios demanding high material performance, such as industrial equipment, automotive electronics, new energy appliances (charging piles), and precision instruments.

Alarm device housing

Cover 2 (EMV)

• Structure & Material: A circular plastic housing (typically ABS/PC substrate) with copper powder conductive paint applied to its inner surface.
• EMI/EMV Shielding: The copper powder conductive paint forms a conductive layer, blocking electromagnetic signal leakage from the device’s interior while preventing external electromagnetic interference, complying with EMV standards for medical equipment.
• Application: Used as the housing for medical electronic devices such as ECG monitors and ultrasound probes, meeting the strict EMV and safety requirements of medical settings.

Housing 1 (EMV)

• Structure & Material: A circular plastic housing (typically ABS/PC substrate) with copper powder conductive paint applied to its inner surface.
• EMI/EMV Shielding: The copper powder conductive paint forms a conductive layer, blocking electromagnetic signal leakage from the device’s interior while preventing external electromagnetic interference, complying with EMV standards for military equipment.
• Application: Used as the housing for military electronic devices (e.g., communication terminals, field sensors), meeting the strict EMV and safety requirements of military operational environments.

Automobile parts

Air duct interface

• Material: PP+EPDM-T20
• Color: Black as standard
• Significantly improved low-temperature toughness (maintains good impact resistance at -30℃), ideal for vehicles in frigid regions.
• Excellent sound insulation and vibration damping with EPDM rubber, enhancing in-car quietness.
• Talc-filled reinforcement boosts rigidity, reducing the need for ribs and simplifying mold design.

E-cigarette sets

• Material and Appearance: It is usually made by injection molding with flame-retardant plastic (such as PC/ABS), and comes in various colors. The outer shell is equipped with a mating slot for the display / operation area, serving both structural support and decorative purposes. The appearance adopts the high-gloss SPI-A2 process.
• Functional Role: As the external shell of an electronic cigarette, it encloses the internal battery, vaporization components and other core components, providing a grip feel and protection performance. It can be adapted or customized to different styles of electronic cigarette devices, and through the color and shape design of the appearance, it can meet the personalized selection needs of users.

E-cigarette mouthpiece (PPSU)

• Material: Made of food-grade PPSU, PCTG and other safe materials, in compliance with FDA/LFGB food standards, providing greater peace of mind for use.
• Structure: Includes the main body of the mouthpiece and the decorative / protective cap, suitable for the installation and use of electronic cigarette vaporization components.
• Features: Food-grade materials have both heat resistance and corrosion resistance, suitable for daily usage scenarios; multiple color accessories can meet the need for personalized appearance.

Aluminum component sets

• Material: The main body is made of aluminum (balancing lightness and structural strength), and the surface is achieved through painting technology to have multiple color appearances (including yellow, orange, gold, etc.), enhancing the visual texture.
• Structural Composition: It includes the electronic cigarette main body shell, decorative accessories and other components, covering the external structural parts of the device.
• Advantages: The aluminum material has strong resistance to deformation, and the painting treatment not only enhances corrosion resistance but also meets users' demands for personalized appearance, suitable for the structural and appearance level positioning of mid-to-high-end electronic cigarettes.

Aluminum component parts

• Material: The main body is made of aluminum (balancing lightness and structural strength), and the surface is achieved through painting technology to have multiple color appearances (including yellow, orange, gold, etc.), enhancing the visual texture.
• Structural Composition: It includes the electronic cigarette main body shell, decorative accessories and other components, covering the external structural parts of the device.
• Advantages: The aluminum material has strong resistance to deformation, and the painting treatment not only enhances corrosion resistance but also meets users' demands for personalized appearance, suitable for the structural and appearance level positioning of mid-to-high-end electronic cigarettes.

E-cigarette mouthpiece(PCTG)

• Material: Made of food-grade PPSU, PCTG and other safe materials, in compliance with FDA/LFGB food standards, providing greater peace of mind for use.
• Structure: Includes the main body of the mouthpiece and the decorative / protective cap, suitable for the installation and use of electronic cigarette vaporization components.
• Features: Food-grade materials have both heat resistance and corrosion resistance, suitable for daily usage scenarios; multiple color accessories can meet the need for personalized appearance.

Insert molding Part

• Material & Process:Main body: Polycarbonate (PC) (high strength, impact-resistant). Brass insert are preheated to 100°C, placed in the injection mold, then encased tightly in molten PC via injection molding.
• Key Process Note:PC shrinks when cooling post-injection. Unpreheated nuts trigger concentrated shrinkage stress in PC, risking body cracking.
• Applications:Structural parts (e.g., in electronics) needing reliable threaded connections; handles moderate assembly tension/torque.

Over-molding Part 3

• Material & Process:Main body: Polyamide 66 (PA66) (high strength, wear-resistant). Brass inserts are preheated to 100°C, placed in the injection mold, then encased tightly in molten PA66 via injection molding.
• Key Process Note:PA66 shrinks when cooling post-injection. Unpreheated inserts trigger concentrated shrinkage stress in PA66, risking body cracking.
• Applications:Structural parts (e.g., in electronics, automotive components) needing reliable threaded connections; handles moderate assembly tension/torque.

Over-molding Part (TPE / Aluminum)

• This is a TPE-overmolded aluminum component. Since TPE won’t bond directly to aluminum, a secure fit is achieved by optimizing the aluminum’s internal structure:
• Process Logic:Mechanical features (e.g., annular grooves, bosses) are added to the aluminum part. Molten TPE fills these structures during injection molding; cooling creates a "mechanical interlock" (replacing chemical bonding) for tight encapsulation of the aluminum by TPE.

Plastic plug

• Structure & Materials:Main body: Insulating plastic (typically PA66+30%GF, UL94-V0 rated). Internal metal blades (mostly brass, for good conductivity) are integrated with the plastic via injection molding.
• Function:Serves as a circuit connection interface, linking devices to power sources. It combines dual functions: insulation protection (plastic housing) and electrical conduction (metal blades).
• Typical Applications:Common in power/signal interfaces of home appliances, electronics, and small electrical devices—suited for circuit connections requiring easy plugging/unplugging and insulation safety.

This is a plastic cover

• Material and Design: The main body is polypropylene (PP), which is both lightweight and resistant to weathering; additional luminous materials are added to the parts, enabling autonomous illumination in dark environments.
• Practical Advantages: With the luminous feature, it can be quickly identified in dark scenarios, solving the inconvenience of finding the cover in the dark.
• Typical Scenarios: Commonly found on the covers of containers, storage boxes, etc., suitable for use in nighttime or dim environments.

Metal pins (terminals) for charging plugs

• Function: Act as core conductive components, enabling connection between charging plugs and sockets to transmit current.
• Structure: Equipped with mounting holes (for securing) and contact springs (to ensure conductive stability); manufactured via stamping.
• Material: Typically nickel-plated copper alloy, balancing conductivity, elasticity and corrosion resistance.
• Applications: Used in transmission modules of EV charging plugs and power plugs; they are critical parts for reliable charging conduction.

Metal gasket

This product is typically made of steel (e.g., cold-rolled steel) or stainless steel, balancing rigidity and corrosion resistance. It is used for sealing, supporting, and gap adjustment of mechanical components to enhance assembly tightness. It is a ring-shaped stamped part (laser cutting is also applicable) with multiple mounting holes.

Metal pins (terminals) for charging plugs

• Function: Act as core conductive components, enabling connection between charging plugs and sockets to transmit current.
• Structure: Equipped with mounting holes (for securing) and contact springs (to ensure conductive stability); manufactured via stamping.
• Material: Typically nickel-plated copper alloy, balancing conductivity, elasticity and corrosion resistance.
• Applications: Used in transmission modules of EV charging plugs and power plugs; they are critical parts for reliable charging conduction.

Electronic Device Enclosure(Aluminum alloy)

• Function: Protects internal electronic components while providing heat dissipation (with heat vents) and electromagnetic shielding.
• Structure: Stamped aluminum housing featuring mounting positions, interface cutouts, and heat dissipation slots for seamless internal component assembly.
• Material: Aluminum alloy (e.g., 6061) — balances lightweight design, excellent thermal conductivity, and structural rigidity.
• Applications: Widely used in industrial controllers, communication equipment, automotive electronics, and other electronic devices requiring protection and heat dissipation.

Plastic Gear 4

Core use cases: Low-load, lightweight, low-noise transmission systems.

• Function: Transmit power, adjust speed/torque (for small machinery).
• Structure: Cylindrical gears (stepped/straight-tooth); shaft holes + ribs (ensure meshing accuracy/strength).
• Materials: POM (wear-resistant), PA66+GF (high rigidity).
• Key traits: Lightweight, low-noise, injection-moldable (fits home appliances, automotive electronics).

Plastic Gear 5

Core use cases: Low-load, lightweight, low-noise transmission systems.

• Function: Transmit power, adjust speed/torque (for small machinery).
• Structure: Cylindrical gears (stepped/straight-tooth); shaft holes + ribs (ensure meshing accuracy/strength).
• Materials: POM (wear-resistant), PA66+GF (high rigidity).
• Key traits: Lightweight, low-noise, injection-moldable (fits home appliances, automotive electronics).

Plastic Gear 3

Core use cases: Low-load, lightweight, low-noise transmission systems.

• Function: Transmit power, adjust speed/torque (for small machinery).
• Structure: Cylindrical gears (stepped/straight-tooth); shaft holes + ribs (ensure meshing accuracy/strength).
• Materials: POM (wear-resistant), PA66+GF (high rigidity).
• Key traits: Lightweight, low-noise, injection-moldable (fits home appliances, automotive electronics).

Plastic Gear 2

Core use cases: Low-load, lightweight, low-noise transmission systems.

• Function: Transmit power, adjust speed/torque (for small machinery).
• Structure: Cylindrical gears (stepped/straight-tooth); shaft holes + ribs (ensure meshing accuracy/strength).
• Materials: POM (wear-resistant), PA66+GF (high rigidity).
• Key traits: Lightweight, low-noise, injection-moldable (fits home appliances, automotive electronics).

EV Charging Parts

• Core Components: Plug housing, terminal sleeve, seal base, mounting clip
• Main Materials: Flame-retardant ABS/PC alloy, glass fiber-reinforced PP, PBT+GF (for high-temperature areas) — all comply with UL94 V0 flame-retardant standard
• Key Performances: Weather-resistant (-40℃~85℃), UV-resistant, leakage-proof, protection class ≥IP65; adapted to high-current heat dissipation requirements, dimensional accuracy up to ±0.05mm
• Core Values: Ensure electrical safety, compatible with CN/EU/US standard plug structures, meet the requirements of injection molding mass production and assembly consistency

EV Charging Parts

• Core Components: Plug housing, terminal sleeve, seal base, mounting clip
• Main Materials: Flame-retardant ABS/PC alloy, glass fiber-reinforced PP, PBT+GF (for high-temperature areas) — all comply with UL94 V0 flame-retardant standard
• Key Performances: Weather-resistant (-40℃~85℃), UV-resistant, leakage-proof, protection class ≥IP65; adapted to high-current heat dissipation requirements, dimensional accuracy up to ±0.05mm
• Core Values: Ensure electrical safety, compatible with CN/EU/US standard plug structures, meet the requirements of injection molding mass production and assembly consistency

Connector

• Core Components: Plug housing, terminal sleeve, seal base, mounting clip
• Main Materials: Flame-retardant ABS/PC alloy, glass fiber-reinforced PP, PBT+GF (for high-temperature areas) — all comply with UL94 V0 flame-retardant standard
• Key Performances: Weather-resistant (-40℃~85℃), UV-resistant, leakage-proof, protection class ≥IP65; adapted to high-current heat dissipation requirements, dimensional accuracy up to ±0.05mm
• Core Values: Ensure electrical safety, compatible with CN/EU/US standard plug structures, meet the requirements of injection molding mass production and assembly consistency

Dust Cap

• Function: Blocks dust/moisture, prevents short circuits/contact failure, optional locking design
• Materials: TPE/soft rubber, ABS/ASA (UV-resistant), PLA (indoor use)
• Compatibility: GB/EU/US standards (IEC 62196-2/J1772, etc.)
• Value: Protects terminals, extends service life, ensures charging safety

EV charging plug

• Function: Supports and positions charging terminals; isolates conductive components of each pole to ensure electrical insulation.
• Structure: Multi-hole design adapts to the layout of charging pins; equipped with mounting clips/fixed bases for easy assembly with the plug housing.
• Materials: Typically flame-retardant PBT+GF, or PA66+GF — all meet UL94 V0 flame-retardant standards, and offer high/low temperature resistance and electrical insulation.
• Core Value: Ensures precise alignment and safe isolation of charging terminals; it is a critical structural component for the electrical safety of charging plugs.

Rearview Mirror Housing

• Function: Protects internal mirror components (e.g., lens, motor); serves as an exterior body part to maintain consistent vehicle styling.
• Structure: Features buckle/claw structures matching the vehicle-specific mirror base; surface finished with painting (or injection-molded original color).
• Materials: PC/ABS alloy (superior impact resistance) is used for some premium models.
• It must meet requirements for weather resistance (UV/thermal stability) and impact durability.

EV Charging Handle (two-piece cover)

EV Charging Handle Plastic Housing: PC/ABS flame-retardant alloy, UL94 V0 rated, withstands -40℃~85℃, resists UV/impacts, complies with RoHS/REACH. Rigorously tested (≥10,000 insertion/extraction cycles, ≥48-hour salt spray), it boasts robust structure, excellent compatibility for precise internal component fit. Custom post-processing (painting, silk screening, laser engraving, assembly) available. Suitable for public fast-charging stations, offering consistent quality, timely delivery, and long-term safe reliable operation of charging equipment.

Gasket 1（Conductive）

• Material: Made of ordinary silicone, with hardness ranging from 40 to 80 Shore A (the hardness can be selected according to the scenario: 40 Shore A is slightly soft, 80 Shore A  is slightly firm). Different hardness silicone parts are suitable for different sealing/fixed requirements.
• Function: Frame-type / Circular parts use elastic filling to achieve waterproof and dustproof functions. Snap fasteners (usually of moderate hardness) are used for auxiliary fixation of components, suitable for sealing and assembly of household appliances and small devices.

E-cigarette housing

• Material and Appearance: It is usually made by injection molding with flame-retardant plastic (such as PC/ABS), and comes in various colors. The outer shell is equipped with a mating slot for the display / operation area, serving both structural support and decorative purposes. The appearance adopts the high-gloss SPI-A2 process.
• Functional Role: As the external shell of an electronic cigarette, it encloses the internal battery, vaporization components and other core components, providing a grip feel and protection performance. It can be adapted or customized to different styles of electronic cigarette devices, and through the color and shape design of the appearance, it can meet the personalized selection needs of users.

Outdoor electrical appliance cover

• Material & Process:Dual-shot injection molding ("PC-over-PC"): Main body is standard PC, transparent section is high-transmittance PC—balances structural strength and light permeability.
• Protection:Sealed to resist rain and dust, suitable for outdoor humid/dusty environments; shields internal electrical components from damage.
• Applications:Housing part for outdoor lights, surveillance devices, small outdoor appliances—meets outdoor electronics’ needs for protection and light transmission (e.g., indicator light display).

Stainless Steel Insert (for Plastic Overmolding)

• Function: Embedded inside plastic products to enhance the structural strength and rigidity of plastic components, preventing deformation.
• Structure: Stamped stainless steel sheet with openings/slots (to improve bonding with plastic), designed for overmolding processes.
• Material: Stainless steel (e.g., 316) — combines corrosion resistance and structural strength.
• Applications: Commonly used in plastic-metal composite components requiring high rigidity, such as home appliances and electronic devices.

Plastic gear 1

Core use cases: Low-load, lightweight, low-noise transmission systems.

• Function: Transmit power, adjust speed/torque (for small machinery).
• Structure: Cylindrical gears (stepped/straight-tooth); shaft holes + ribs (ensure meshing accuracy/strength).
• Materials: POM (wear-resistant), PA66+GF (high rigidity).
• Key traits: Lightweight, low-noise, injection-moldable (fits home appliances, automotive electronics).

EV Charging Handle (one-piece cover)

EV Charging Handle Plastic Housing: PC flame-retardant alloy, UL94 V0 rated, withstands -40℃~85℃, resists UV/impacts, complies with RoHS/REACH. Rigorously tested (≥10,000 insertion/extraction cycles, ≥48-hour salt spray), it boasts robust structure, excellent compatibility for precise internal component fit. Custom post-processing (painting, silk screening, laser engraving, assembly) available. Suitable for public fast-charging stations, offering consistent quality, timely delivery, and long-term safe reliable operation of charging equipment.