Moulded pulp is recyclable, compostable and biodegradable.
Our proficient moulded fibre team initiates the process by grasping your needs, conversing about dimensions, weight, sensitivity, and specific requirements to customize our strategy.
Analysis and Product design.
Based on the developed list of specifications, the suitable product category is identified (normal, hot-pressed, dry-in-mold). During the design stage, transportation parameters are evaluated to minimize costs associated with transportation and storage. A 3D-designed product illustration is submitted to the client for their input.
Create the product prototyping.
We produce a molded fiber prototype for hands-on testing, making certain that the packaging adheres to functional standards like transit safety, user-friendliness, and environmental aspects.
Quotation Acceptance and final changes.
We collect feedback and enhance the design through iterative refinement to boost functionality and sustainability, ultimately aligning with your requirements.
Product production.
We create your moulded fibre packaging through the use of sustainable materials and practices, ensuring that we adhere to strict quality standards.
Feedback & Onward planning.
Following the successful fulfillment of the initial order, we eagerly anticipate the subsequent one. Please share your forecast with us, and we will develop the required production schedule. Our completely automated production lines equip us with the manufacturing capability to deliver products precisely when you require them, even in the face of seasonal fluctuations or unexpected increases in volume.
Made from plant fibers, molded pulp is biodegradable, moisture-resistant, and provides excellent shock absorption, making it an environmentally responsible choice.
Molded pulp packaging is lightweight and stackable, optimizing transportation efficiency, reducing shipping costs, and maximizing warehouse space.
With the ability to be molded into various shapes, molded pulp offers flexible solutions tailored to meet specific packaging needs.
Our automated production process supports high-volume demand, ensuring consistency and reliability in large-scale orders.
The material's natural ability to compress and bounce back allows it to absorb shocks efficiently, reduce G forces,
and dampen vibrations, making it superior to similar packaging options such as plastic and EPS.
Molded pulp is a strong, yet flexible, material that performs well under a range of temperatures and humidity levels, keeping products intact. Don't worry, it's really robust and will protect your packed goods every time, even if they are hit a few times.
Molded pulp is a lovely, porous material that lets your packed goods breathe. You'll be pleased to know that our special method keeps food fresh and extends its shelf life. We all know how useful this packaging material has been for years, especially when it comes to keeping eggs nice and fresh!
Molded fibre is a lovely, naturally static, neutral material that can be used to package electrical and electronic
components. The only thing to bear in mind is that this is best used in environments where there is no risk of electrostatic discharge (ESD).
With the addition of special additives in the pulp, molded fiber products can develop a water-resistant quality and
can significantly lessen any liquid seepage, should the product's usage demand it.
Molded fiber products generally don't require assembly, thereby cutting down on related labor expenses.
They're great for use in automated packaging systems.
Molded pulp is a strong, yet flexible, material that performs well under a range of temperatures and humidity levels, keeping products intact. Don't worry, it's really robust and will protect your packed goods every time, even if they are hit a few times.
We love our planet, so we've made our paper-based products recyclable, biodegradable, and compostable. This means they're
kind to the environment and help us create a cleaner, greener future.
Effective Inexpensive & Reasonable Recycling Services, Find Your Solution Now!
