injection molding
1.Tailored Fit & Protection
Precisely molded to your battery’s dimensions (pouch, cylindrical, or prismatic cells), our housings eliminate internal movement. They offer superior resistance to impact, dust, moisture, and chemicals, ensuring long-term safety and reliability.
2.Design Flexibility & Functionality
Integrate vents, terminal slots, mounting bosses, or snap-fits directly into the housing. We support flame-retardant (UL94-V0) and reinforced plastics, plus optional features like labeling areas or metal inserts for thermal management.
3.Cost-Effective Production
Optimized for high-volume injection molding, our process delivers consistent quality with low per-unit cost. Short lead times and scalable tooling make these housings ideal for consumer electronics, medical devices, power tools, and automotive applications.
1.Superior Aesthetics & Surface Finish
High-gloss or textured surfaces achievable directly from the mold, with excellent color consistency and the ability to accept painting, printing, or in-mold decoration for brand differentiation.
2. Design Freedom & Complexity
Complex geometries with integrated features like snap-fits, bosses, ribs, and assembly alignments are molded in a single step, eliminating secondary operations and reducing assembly costs.
3. Structural Integrity & Protection
Engineered materials (ABS, PC/ABS, FR-rated compounds) provide impact resistance, flame retardancy, and protection for internal components while withstanding daily use and environmental exposure.
4. Cost-Effective Mass Production
High-speed automated production with cycle times as low as 30-40 seconds enables economies of scale, while multi-material molding integrates soft-touch grips and rigid structures in one process.
1.Outstanding Mechanical Performance
High strength, stiffness, and exceptional fatigue resistance enable POM parts to withstand millions of load cycles, making them ideal for demanding mechanical applications.
2.Natural Lubricity
Self-lubricating properties (coefficient of friction 0.2-0.35) eliminate external lubricants, reducing wear and maintenance in moving components like gears and bearings.
3.Exceptional Dimensional Stability
Low moisture absorption and predictable shrinkage ensure consistent tolerances across varying environmental conditions, critical for precision assemblies.
4.Broad Chemical & Temperature Resistance
Excellent resistance to fuels, solvents, and automotive fluids combined with reliable performance from -40°C to 100°C enables use in harsh environments.
1.Enhanced User Experience: Provides superior soft-touch grip, improved ergonomics, and vibration dampening for increased comfort and usability.
2.Permanent & Reliable Bonding: Creates a strong, molecular-level bond between the soft overmold and rigid substrate without adhesives or mechanical fasteners.
3.Integrated Multi-Functionality: Combines structural rigidity with flexible features like seals, gaskets, bumpers, and non-slip surfaces in a single part.
4.Excellent Durability & Protection: Offers outstanding abrasion, tear, and chemical resistance, protecting components from impact and wear.
5.Design Freedom & Aesthetics: Enables complex geometries, multi-material/color designs, and premium finishes for greater product differentiation.
6.Process Efficiency: Two-shot molding consolidates multiple manufacturing steps into one automated cycle, reducing assembly and cost.
1.Exceptional Formulation Versatility: Properties can be precisely tailored from rigid to highly flexible by adjusting compound formulation, offering unmatched design flexibility.
2.Inherent Flame Retardancy: Contains chlorine, providing natural flame resistance (UL94 V-0) and low smoke emission without added halogenated compounds.
3.Excellent Chemical Resistance: Highly resistant to acids, bases, oils, and many chemicals, ideal for industrial, laboratory, and fluid handling applications.
4.Good Durability & Weather Resistance: With proper stabilization, offers excellent long-term performance against UV light, oxidation, and environmental aging.
5.Cost-Effective Performance: Provides a superior balance of properties at a competitive price point, offering high value for both technical and commodity applications.
6.Wide Range of Applications: Suitable for demanding uses across medical (flexible tubing), construction (profiles), electrical (insulation), and automotive industries.
1.Excellent Clarity & Gloss: GPPS grades offer brilliant optical clarity (>90% light transmission) and high surface gloss for displays and transparent applications.
2.High Rigidity & Dimensional Stability: Provides good stiffness with minimal shrinkage, ensuring precise, stable parts that maintain their shape.
3.Cost-Effective & Efficient Processing: Low material cost combined with excellent flow properties enables very economical, high-volume production with fast cycle times.
4.Good Electrical Insulation: Serves as an effective electrical insulator, suitable for various electronic and electrical components.
5.Versatile Material Options: Available as crystal-clear General Purpose PS (GPPS) or tougher High Impact PS (HIPS) for enhanced durability.
6.Ease of Decoration & Finishing: Excellent surface accepts painting, printing, hot stamping, and metallization for high-quality aesthetics.
1.Exceptional High-Temperature Performance: Maintains outstanding mechanical properties and dimensional stability at continuous service temperatures up to 240°C (464°F).
2.Unmatched Chemical Resistance: Highly resistant to virtually all solvents, acids, bases, and fuels, making it ideal for harsh chemical environments.
3.Inherent Flame Retardancy: Achieves UL94 V-0 rating without additives, featuring very low smoke emission for critical safety applications.
4.Superior Dimensional Stability: Extremely low moisture absorption and minimal thermal expansion ensure precision and reliability in tight-tolerance parts.
5.Excellent Mechanical Strength & Stiffness: Offers high tensile strength and rigidity, especially in glass-filled grades, with good property retention at elevated temperatures.
6.Outstanding Wear & Friction Properties: Excellent abrasion resistance and low coefficient of friction, particularly when compounded with internal lubricants like PTFE.
1.Excellent Chemical Resistance: Highly resistant to acids, bases, and solvents, making it ideal for containers and fluid handling.
2.Superior Fatigue & Living Hinge Capability: Outstanding resistance to repeated flexing, perfect for integral living hinges in lids and enclosures.
3.Lightweight & Cost-Effective: One of the lightest plastics with a low material cost, enabling economical, high-volume production.
4.Good Impact Strength & Toughness: Offers a balance of stiffness and durability, especially in copolymer and impact-modified grades.
5.Excellent Moisture Barrier: Provides very low moisture absorption and good vapor barrier properties.
6.Versatile & Recyclable: Easily modified for specific needs and widely recyclable (Resin ID #5), supporting sustainability goals.
1.Exceptional Optical Clarity: Offers the highest light transmission (>92%) among common thermoplastics with ultra-low haze, rivaling optical glass.
2.Superior Surface Hardness: Excellent scratch and abrasion resistance compared to other clear plastics, maintaining a pristine appearance.
3.Outstanding UV & Weather Stability: Inherently resistant to yellowing and degradation from sunlight, perfect for long-term outdoor applications.
4.Brilliant Surface Gloss: Achieves a high-gloss, polished finish directly from the mold, ideal for decorative and aesthetic components.
5.Good Stiffness & Dimensional Stability: Provides good mechanical rigidity and maintains its shape well under load and across temperature ranges.
6.Excellent Electrical Insulation: Combines superb clarity with very good dielectric properties for electronic displays and covers.
1.Excellent Clarity & Gloss: Offers brilliant transparency (light transmission >90%) and high surface gloss, ideal for display and packaging applications.
2.Superior Barrier Properties: Provides an exceptional barrier against oxygen, CO₂, and moisture, protecting contents and extending shelf life.
3.High Strength & Rigidity: Delivers impressive mechanical strength and stiffness, with glass-filled grades offering performance comparable to many engineering plastics.
4.Good Chemical Resistance: Resists oils, fats, alcohols, and weak acids/bases, suitable for automotive, industrial, and consumer applications.
5.Outstanding Recyclability: PET is the world's most recycled plastic, supporting strong sustainability goals and circular economy initiatives.
6.Cost-Effective Performance: Offers an excellent balance of properties at a competitive price point, providing high value for both packaging and technical parts.
1.Extreme Temperature Performance: Maintains exceptional mechanical properties at continuous service temperatures up to 260°C (500°F), outperforming most plastics.
2.Outstanding Mechanical Strength: Exceptional strength, stiffness, and fatigue resistance, comparable to some metals, with excellent long-term load-bearing capability.
3.Superior Chemical & Wear Resistance: Highly resistant to a broad range of harsh chemicals, steam, and radiation, with excellent inherent lubricity and abrasion resistance.
4.Inherent Flame Retardancy: Achieves UL94 V-0 rating without halogen additives, featuring very low smoke and toxic gas emission.
5.High-Purity & Biocompatibility: Available in medical grades compliant with ISO 10993 and FDA requirements, suitable for sterilization and implantable applications.
6.Lightweight Metal Replacement: Offers a high strength-to-weight ratio, enabling significant weight savings in aerospace, automotive, and industrial designs.
1.Excellent Chemical Resistance: Highly resistant to a wide range of acids, bases, and solvents, ideal for containers and chemical applications.
2.Superior Impact & Stress Crack Resistance: Outstanding toughness, even at low temperatures, with excellent resistance to cracking under stress.
3.Effective Moisture Barrier: Provides one of the best moisture barriers among plastics, perfect for packaging and fluid handling.
4.Good Flexibility & Durability: Offers great flexibility (especially LDPE/LLDPE) for living hinges, seals, and components requiring repeated flexing.
5.Cost-Effective Manufacturing: Low material cost combined with easy processing enables highly economical, high-volume production.
6.Food Safe & Recyclable: Many grades are FDA-compliant for food contact, and PE is widely recycled, supporting sustainable initiatives.
Recommend
1. High-Precision Medical Mold Engineering
Our custom medical housing mold is developed with advanced CAD design and mold flow analysis to achieve excellent dimensional accuracy and molding consistency. Optimized gate, runner, and cooling systems help ensure stable production while meeting the strict quality requirements of medical device components.
2. Superior Surface Quality and Clean Production
The mold is manufactured with high-quality steel and precision machining technology to deliver smooth surfaces and outstanding part appearance. Polished or textured cavity finishes can be customized according to product requirements, supporting medical housings that require a clean, professional, and reliable appearance.
3. Durable Construction and Reliable Performance
Built with premium mold materials and strict quality control processes, the mold provides excellent wear resistance and long service life. Comprehensive mold testing before delivery ensures stable operation, consistent product quality, and efficient mass production for a wide range of medical housing applications.
1. Precision Mold Design
Our custom flame-retardant housing mold is engineered with advanced CAD and mold flow analysis to ensure optimal material distribution, dimensional accuracy, and stable molding performance. The well-designed runner, gate, and cooling systems help reduce defects while improving production efficiency.
2. Compatible with Flame-Retardant Engineering Plastics
The mold is suitable for processing a wide range of flame-retardant materials, including FR-ABS, FR-PC/ABS, PC, PA, and PBT. It supports the production of durable housings with excellent fire resistance, mechanical strength, and electrical insulation properties required by various industries.
3. Long Service Life and Consistent Quality
Manufactured from high-quality mold steel and processed with precision machining equipment, the mold offers outstanding durability and wear resistance. Strict quality control and mold testing ensure stable production, consistent part quality, and reliable performance throughout high-volume manufacturing cycles.
1.High-Precision Gear Tooth Geometry
Our custom injection molds for plastic gears are engineered with ultra-tight tolerances (±0.05mm) to ensure accurate tooth profiles, pitch circles, and pressure angles. Advanced wire EDM and gear hobbing techniques produce cavity inserts that replicate AGMA/ISO gear standards, delivering smooth meshing and consistent torque transmission.
2.Design Integration for Gear Performance
We mold in hubs, reinforcing ribs, bearing surfaces, and anti-backlash features directly into the gear. Multi-cavity configurations (2 to 16 cavities) enable high-volume production of spur, helical, bevel, and worm gears for automotive, robotics, and consumer electronics applications.
3.Durable & Reliable Production
Built from hardened tool steel (P20, H13, or D2), our molds deliver 500,000 to 1,000,000+ cycles with minimal wear on gear teeth. Optimized runner and gate placement ensures even cavity filling, reducing stress and distortion for long-running gear molding projects.
1.Precision & Dimensional Accuracy
Our custom injection moulds for plastic wheels are engineered to tight tolerances (±0.02mm), ensuring perfect concentricity, balanced rotation, and smooth rolling performance. Advanced cooling and balanced runner systems minimize warpage and shrinkage, delivering consistent roundness and axle hole alignment batch after batch.
2.Design Integration for Wheel Features
We mould in bearings, reinforcing ribs, tread patterns, and snap-fit hubcaps directly into the wheel. Multi-cavity configurations (2 to 16 cavities) enable high-volume production of wheels for casters, trolleys, toys, furniture, and industrial equipment.
3.Durable & Cost-Effective Production
Built from P20, H13, or stainless steel, our moulds deliver 500,000 to 1,000,000+ cycles with minimal maintenance. Optimized runner systems reduce material waste, while fast cycle times lower your per-part cost for long-running wheel moulding projects.
