Menu
Engineering support from concept to mass production for industrial and food applications.
Engineered solutions to replace foam, reduce risk, and support sustainability goals.
Designed for impact resistance and transport safety.
Replace EPS / EPE with engineered molded fiber structures.
Recyclable fiber solutions supporting environmental compliance.
Custom-designed molded pulp structures engineered for impact protection, foam replacement, and industrial performance requirements.
Precision-molded fiber end caps engineered to absorb impact and secure products during transport, ideal for replacing EPS foam blocks in industrial packaging applications.
Custom-designed molded fiber inserts developed to hold products firmly in place while minimizing vibration, shock, and movement during shipping.
High-strength molded fiber corner components providing edge reinforcement and enhanced drop protection for sensitive or heavy products.
Reinforced molded pulp trays designed for heavier components requiring increased structural strength, stacking stability, and load performance.
Complete molded fiber cushioning systems engineered based on product weight, drop test standards, and transport conditions to ensure optimal protection performance.
In-house structural design and 3D modeling capabilities to develop optimized molded fiber packaging solutions tailored to specific product requirements.
Custom-engineered molded pulp packaging solutions tailored for demanding industrial, commercial, and consumer applications.
For electronics, appliances, machinery and protective transport.
Food-grade molded pulp trays compatible with sealing and modified atmosphere packaging.
Comparison based on typical industrial packaging use cases.
| Item | Molded Pulp | EPS / EPE Foam |
|---|---|---|
| Shock absorption | ✅ | ✅ |
| Custom structure | ✅ | ⚠️ Limited |
| Storage efficiency | ✅ | ❌ |
| Sustainability | ✅ | ❌ |
| Brand image | ✅ | ❌ |
Dry and wet press molded pulp production for various strength and finish requirements.
Custom projects supported from 5,000 units and scalable for mass production.
Tooling solutions optimized for long-term cost efficiency compared to plastic and EPS alternatives.
Tooling designed for high-volume, long-term production runs.
Engineering-driven molded pulp packaging development.
We support industrial projects with in-house mold development, structural engineering, and production optimization.
Our team focuses on protection performance, structural stability, and manufacturability.
Full control over tooling precision and lead time.
Optimized cavity positioning and protection design.
Available upon project requirement.
Adjustable thickness to meet different protection requirements.
From initial concept to mass production, we provide a structured and efficient custom molded fiber development process.
1
Provide product drawings, dimensions, or physical samples so our team can understand structure, protection needs, and packaging requirements.
2
We analyze material usage, tooling requirements, and production conditions to provide a detailed cost estimate and project feasibility.
3
Our engineers develop optimized molded pulp structures to ensure product protection, stability, and material efficiency.
4
Trial molds are produced to create prototype samples for fit testing, structural validation, and performance evaluation.
5
After sample approval, precision mass-production tooling is manufactured to ensure consistent quality and high-volume stability.
6
The project moves into full-scale production with strict process control to ensure stable quality and reliable delivery.
Most frequent questions and answers
Yes. We design molded pulp structures based on your current foam packaging and protection requirements.
Custom industrial molded pulp projects are typically supported from 5,000 pieces, depending on structure and tooling requirements.
All industrial molded pulp packaging solutions are custom engineered based on your product dimensions and protection needs.
Yes. Natural pulp color is standard, and custom colors may be available depending on material formulation and project requirements.
Yes. Surface lamination or protective coatings can be applied when required for moisture resistance or structural performance.
Tooling lead time depends on structure complexity and cavity design, but most industrial molded pulp tooling projects are completed within a few weeks.
Tell us about your product dimensions, weight, and protection requirements.
Our engineering team will design a custom molded pulp solution tailored to your project.
China Bagasse Tableware Factory, Free Samples Available.
We will contact you within 1 working day, please pay attention to the email with the suffix “@hmztechnology.com”.