FAQ on TMBM Barrier Plus Technology
- 1. What is TMBM Barrier Plus technology of Bloom Seal and how does it differ from COEX plastic packaging?
- 2. What are the primary objectives or purposes behind introducing – innovative TMBM Barrier Plus technology?
- 3. What is the composition of a multilayer barrier structure? What materials are commonly used in each layer, and what are their respective functions?
- 4. Are there any environmental or sustainability considerations associated with the use of TMBM Barrier Plus Technology in plastic packaging? How does it compare to COEX in terms of recyclability or environmental impact?
- 5. What industries or applications can use Bloom Seal’s TMBM Barrier Plus Technology in their packaging solutions?
1. What is TMBM Barrier Plus technology of Bloom Seal and how does it differ from COEX plastic packaging?
TMBM barrier Plus technology is an advanced packaging approach that involves the use of multiple layers of HDPE material to create a barrier against external factors such as moisture, Oxygen, gases, light & permeation. TMBM Material is part of HDPE (Core) layer & TMBM Containers are 100% recyclable. It differs from COEX (multilayer barrier technology) since it’s not easily recyclable.
Our multilayer containers and bottles present a proven alternative to COEX EVOH Technology and outdated materials, offering a cost-effective, sustainable, and 100% recyclable option.
Amidst a world hyper-focused on sustainability, Bloom Seal has responded to the demand for environmentally conscious packaging.
2. What are the primary objectives or purposes behind introducing – innovative TMBM Barrier Plus technology?
The primary objectives of implementing TMBM Barrier Plus Technology in plastic packaging is to improve shelf life, preserve product freshness, enhance product safety, and reduce chemical permeation. Additionally, it aims to address environmental concerns by providing more sustainable packaging solutions which is 100% recyclable. It’s a revolutionary solution to support a sustainable future.
3. What is the composition of a multilayer barrier structure? What materials are commonly used in each layer, and what are their respective functions?
Bloom Seal’s TMBM Barrier Plus technology was developed by using HDPE and a special alloy in the crafting of all three layers.
The outer layer functions as a shield by providing mechanical stability to the structure.
The middle layer is a high moisture barrier for solid and liquid formulations sensitive to moisture permeation.
The innermost layer prevents the product from changing its inherent properties.
4. Are there any environmental or sustainability considerations associated with the use of TMBM Barrier Plus Technology in plastic packaging? How does it compare to COEX in terms of recyclability or environmental impact?
While TMBM Barrier Plus Technology offers significant benefits in terms of Cost effectiveness, product protection and preservation, there are also environmental considerations. As part of our ongoing commitment to sustainability, we actively work to reduce our carbon footprint.
COEX multilayer structures may pose challenges for recycling due to the complexity of separating the different materials. However, Bloom Seal’s TMBM Barrier Plus technology material is homogenised in to HDPE core layer which provides recyclable multilayer structure which can be easily be grounded during the process of recycling.
5. What industries or applications can use Bloom Seal’s TMBM Barrier Plus Technology in their packaging solutions?
Industries such as Agrochemicals, Food and beverage, pharmaceuticals, Cosmetics, Animal Health Care commonly use TMBM Barrier Plus Technology in their packaging solutions. These industries require cost effective packaging that can provide superior protection against external factors while maintaining product integrity and safety and 100% recyclable.
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