Design R&D
Paper Processing Procedure
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Client Consultation
We collect data and solicit opinions regarding the client's preferred design direction.
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Paper Processing
By employing our laser cutter, printer, and coding machine, we fabricate a preliminary sample for the client's evaluation.
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Initial Sample Exhibition
(Design Application)We identify and address potential complications arising during sample manufacturing, propose enhancements, and determine an optimized course of action.
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Secondary Sample Exhibition
(Print Presentation)Following a comprehensive comparison, rectification, and integration of the client's design draft, we present the second sample
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Sample Finalization
The ultimate sample is ratified after undergoing two stages of revision. (Initial and Secondary presentations).
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Delivery Following
Development & ProductionPost sample endorsement, we commence mass production and subsequently deliver the completed product.
Molding Processing Procedure
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Consultation
We gather opinions and data on the client's desired design direction.
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Molding
The initial stage of molding development involves the R&D team devising a design plan.
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Initial Sample Exhibition
(Material and Shape Determination)Upon completing the design, we process it using resin and aluminum and then unveil the resulting sample.
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Secondary Sample Exhibition
(Quantity and Size Verification)Clients use revised and enhanced samples to assess the design and size.
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Approval of Molding Sample
The principal mold production commences once the final sample is endorsed following the first and second sample refinement processes.
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Delivery Following Mold
Development & ProductionMolding operations proceed, culminating in the delivery of the finished product.
PROCESSING MATERIAL
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PolyproPylene
DURE is committed to developing food containers composed of materials free from hazardous substances and endocrine disruptors, ensuring wholesome meals for consumers. By abstaining from using DEHP or Bisphenol A in raw polypropylene (PP) materials, our containers eliminate the risk of harmful substance detection within the human body. Furthermore, their heat-resistant properties ensure that the product maintains its integrity even when exposed to microwave oven usage.
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Polyethylene Terephthalate
DURE is dedicated to realizing its vision of establishing a prominent disposable food container industry position, leveraging cutting-edge technology and a competitive edge. By utilizing the versatile polyethylene terephthalate (PET) material, we expertly fabricate our food containers in a wide variety of designs and shapes to cater to diverse business needs.
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Polylactic Acid
1. Eco-label Certification Rationale: Minimizing local environmental pollution and reducing harmful substances.
2. Disposal Guidelines: Upon discarding, avoid mixing with recyclable synthetic resins and dispose of them in designated trash bags.
3. Product Storage and Usage Instructions:
a) Our product utilizes biodegradable resin, which will break down if the guidelines in section c) are followed.
b) The product's intended functionality can be maintained for up to 3 years when employed correctly.
c) Avoid direct sunlight and use in environments below 60°C. When landfilled under conditions of 60°C, the product biodegrades naturally by more than 90% within 180 days.
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Aluminium
DURE's diverse range of aluminum products is available in an array of shapes and configurations, ensuring their versatility and suitability as multi-purpose food containers for a wide variety of applications. DURE's aluminum containers are safe for use in a microwave oven.
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Paper
DURE is a corporate entity emphasizing the importance of societal welfare and environmental sustainability. Through our significant contributions to the national economy and dedication to implementing shared management principles, we strive for a responsible and equitable business approach.
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Bagasse Pulp
Bagasse pulp boasts sustainability and cost-effectiveness, making it an attractive option for eco-conscious businesses. Derived from sugarcane waste, this biodegradable and compostable material reduces reliance on virgin wood, supports waste reduction, and reinforces a green global footprint.
