Product Description
Household Products Molds are precision injection tooling systems designed for mass production of daily-use plastic items such as storage containers, kitchenware, bathroom accessories, cleaning tools, and home organization products. These molds are engineered for high-cavity efficiency, dimensional consistency, and long service life under continuous industrial production cycles.
Key Engineering Features
High-Efficiency Multi-Cavity Production
Designed for large-scale consumer goods manufacturing, enabling synchronized filling across multiple cavities with controlled weight deviation and minimal flash risk.
Optimized Flow Balance System
- CAE mold flow simulation used during design stage
- Runner geometry optimized to reduce pressure loss
- Ensures consistent filling for thin-wall and complex shapes
Surface Finish Flexibility
- High-polish mirror finish for visible household products
- Texturing options: matte, leather grain, geometric anti-slip patterns
- Suitable for both aesthetic and functional product surfaces
Long-Life Wear Resistance Design
- Hardened core inserts in high-friction zones
- Replaceable cavity inserts for high-wear components
- Anti-corrosion surface treatment for humid production environments
Fast Cooling System Integration
- Optimized conformal or drilled cooling channels
- Reduced cycle time for high-volume production
- Temperature stability improves dimensional repeatability
Application-Based Mold Categories
Kitchenware Mold Systems
- Heat-resistant PP containers
- Stackable storage bowl molds
- Microwave-safe food containers
Bathroom Mold Systems
- Soap dish and accessory molds
- Sanitary storage product molds
- Anti-slip surface structure designs
Storage & Organization Molds
- Foldable storage box molds
- Modular stacking container systems
- Drawer organizer molds
Cleaning Product Molds
- Bucket molds with reinforced ribs
- Spray bottle structural molds
- Mop and dustpan systems
Customization Options
- Product-specific structural engineering (snap-fit, hinge, locking systems)
- Hot runner brand compatibility (YUDO, Mold-Masters, Synventive)
- Surface texture customization (MT, VDI standard textures)
- Material-specific shrinkage compensation design
- Multi-material / overmolding capability (TPE + PP combinations)
Manufacturing & Quality Control
- CNC machining accuracy: ±0.01–0.02 mm critical surfaces
- EDM precision for complex geometries and ribs
- Full mold trial (T0/T1 testing validation before shipment)
- Steel hardness verification and heat treatment traceability
- Continuous mold life testing under production simulation
Packaging & Delivery
Anti-rust oil coating + vacuum packaging for mold cavities
Shock-resistant wooden export crates
Mold assembly drawings and maintenance manual included
Delivery time: 35–70 days depending on complexity and cavities
Machine Parameters
| Screw diameter | mm | 60 | 65 | 70 |
| Screw L/D ratio | LD | 22.7 | 21 | 19.5 |
| Shot weight | gram | 772 | 905 | 1050 |
| Theoretical shot volume | cm3 | 848 | 995 | 1154 |
| Injection pressure | Mpa | 207 | 176 | 152 |
| Theoretical injection rate | g/s | 110 | 143 | 181 |
| Plastic capacity | g/s | 35.2 | 43.3 | 51.8 |
| Injection stoke | mm | 150 | ||
| Screw torque | N.m | 2530 | ||
| Max screw rotate speed | r/min | 150 | ||
| Opening stroke | mm | 400 | ||
| Space between tie bars | mm | 610x610 | ||
| Mould height | mm | 220~630 | ||
| Max daylight | mm | 1220 | ||
| Ejector force | ton | 70.6 | ||
| Ejector stroke | mm | 150 | ||
| Ejector quantity | 9 | |||
| Pump motor power | kw | 30 | ||
| Pump pressure | Mpa | 16 | ||
| Heating power | kw | 22 | ||
| Machine size | M | 6.7*1.75*2.25 | ||
| Machine weight | ton | 11 | ||
| Oil tank capacity | L | 560 | ||
| International designation | 3000-1750 | |||
Product Details


Campany Profile

SHENZHOU-Since 1999
package&delivery

FAQ
Q: What is the typical mold life for household product molds?
A: Depending on steel selection, mold life ranges from 300,000 cycles (P20) to over 1,000,000 cycles (H13/S136 with proper maintenance).
Q: Can these molds support thin-wall household products?
A: Yes, with optimized flow design and hot runner systems, thin-wall products can be produced with stable filling performance.
Q: Are multi-cavity molds suitable for all household products?
A: Not all-small parts (clips, lids) support high-cavity design, while large items (buckets, bins) typically use single or low-cavity molds.
Q: Can you support custom product designs?
A: Yes, OEM/ODM mold development is available based on 2D/3D drawings or sample reverse engineering.
Q: How is product surface quality controlled?
A: Through steel polishing grade selection, venting design optimization, and precise mold temperature control during production.
Q: Are your molds compatible with standard European or North American injection molding machines?
A: Yes. All molds are designed compliant with HASCO (European) or DME (North American) global standard components. This includes standardized cooling connectors, ejector tie-rod threads, hydraulic core-pull couplings, and locating rings, ensuring the mold drops perfectly into your existing machine fleet.
Q: What engineering data and spare parts do you provide upon shipment?
A: Every mold ships with a comprehensive digital and physical documentation kit: final 2D/3D mold assembly designs, water-circuit blueprints, and hot runner schematics. We also include a complimentary critical spare parts package containing extra ejector pins, cooling-line O-rings, core-pull limit switches, and hot runner nozzles/thermocouples for routine maintenance.

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