Plastics & Prints CIG Proposal
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Plastics & Prints CIG Proposal
July 6, 2023--------------------------------------------------------------------
3D Print Modern Plastics - Alternative
Plastics alternatives
Enviro-plastic focused composites which void plastic molecular traditions using bio-grown bamboo - hybrid standards which are stronger as safer
3D Print Modern Polyurethane - Alternative
Plastics alternatives
Enviro-plastic focused composites which void plastic molecular traditions using bio-grown bamboo - hybrid standards which are stronger as safer
3D Print Modern MDF - Alternative
MDF alternatives
Hardwood quality infused stronger composites
Enviro-plastic focused composites which void plastic molecular traditions using bio-grown bamboo - hybrid standards which are stronger as safer
3D Print Modern Graphics - Alternative
Graphics for print paper indoor or outdoor applications versus digital or projector
Safe natural organic dyes that can be touched & that you can breath safely near
Enviro-plastic focused composites which void plastic molecular traditions using bio-grown bamboo - hybrid standards which are stronger as safer
ENVIRONMENT + BIOLOGICAL SAFETY CYCLE
Environmental - health biological atmospheric focused sustainable zero emissions processing using natural organic dyes
Design & marketing
Raw material sourcing & growing
Logistics to manufacture
Manufacturing processing
Enviro-plastic alternative bio-degradable packaging or re-usable that can be sterilized & re-manufactured safely
Safe storage & transportation + logistics to retail options
Voiding contributions to global warming or unsafe toxic materials deemed unsafe for biological life to breath in (respiratory) or touch & ingest
FIRST OFF
Ground soil is not safe to touch or dig unlike most beach sands
Ground soil is not safe to touch or dig unlike most beach sands
A basic Ground Disturbance course is important
See https://www.energysafetycanada.com/ for Energy Industry Standard course reference
Use proper personal protective equipment PPE including gloves & arm covers while avoiding touch, ingesting in respiratory plus eye contact
The soil may even with just grass or sand & rock plus ground below contain gases, elements & different concerns that can cause short or long term health concerns
Use proper personal protective equipment PPE including gloves & arm covers while avoiding touch, ingesting in respiratory plus eye contact
The soil may even with just grass or sand & rock plus ground below contain gases, elements & different concerns that can cause short or long term health concerns
Soil for growing has to be process tested & filtered to control different levels of material as it is often inconsistent & never safe to touch to skin or breath in
Insect life expectancy is often cut short ad a result or immunity humans lack ate developed in an evolutionary instinctive process despite disease & infections
Vegetation has to maintain itself or with human intervention as they can too experience sickness due to air quality & climaye heat or cold & soil
Plastics
Single purpose & short-term plastics are not health or safe
Plastics
Single purpose & short-term plastics are not health or safe
BPA & other carginogenic or other health hazard Plastics are unsafe including while heated as it changes air - dust particulate qualities like shards of plastic or glass fibers that can be hazardous to your biological body make up in the short & long term
You should avoid touching or breathing plastics. Use re-usable globes you can safely sanitize with a vinegar - fruit basic solution
Re-usable safe strong glass hybrids are best or allot metal composites if the process to create & store does not contribute to unsafe environmental or health factors
Keep a personal supply bag & do not let it out of your sight during the day & keep basic items like first aid & re-usable water bottle plus re-usable gloves & even long-sleeve compression shirt plus safe sun-screen
CONTINUING ON
Polyurethane is a plastic material, which exists in various forms. It can be tailored to be either rigid or flexible, and is the material of choice for a broad range of end-user applications such as: insulation of refrigerators and freezers.
Ethyl carbamate is an organic compound with the formula CH₃CH₂OCNH₂. It is an ester of carbamic acid and a white solid. Despite its name, it is not a component of polyurethanes. Because it is a carcinogen, it is rarely used, but naturally forms in low quantities in many types of fermented foods and drinks
Urethane vs. polyurethane? Why are the terms interchangeable?
There is no difference between the terms urethane and polyurethane. That might seem confusing, so here’s a quick explanation. Polyurethane is a polymer. A polymer consists of repeating units that are chemically linked in a particular pattern. Some of the repeating units are urethane groups. The term polyurethane simply means that it contains multiple urethane groups
Polyurethane elastomers (urethane elastomers) are one type of a large family of elastic polymers called rubber
Polyurethane is a plastic material, which exists in various forms. It can be tailored to be either rigid or flexible, and is the material of choice for a broad range of end-user applications such as: insulation of refrigerators and freezers.
Ethyl carbamate is an organic compound with the formula CH₃CH₂OCNH₂. It is an ester of carbamic acid and a white solid. Despite its name, it is not a component of polyurethanes. Because it is a carcinogen, it is rarely used, but naturally forms in low quantities in many types of fermented foods and drinks
Urethane vs. polyurethane? Why are the terms interchangeable?
There is no difference between the terms urethane and polyurethane. That might seem confusing, so here’s a quick explanation. Polyurethane is a polymer. A polymer consists of repeating units that are chemically linked in a particular pattern. Some of the repeating units are urethane groups. The term polyurethane simply means that it contains multiple urethane groups
Polyurethane elastomers (urethane elastomers) are one type of a large family of elastic polymers called rubber
TDI Polyester with hardness ranging from 70A to 70DMDI Polyester with hardness ranging from 85A to 95ATDI PTMEG Polyether with hardness ranging from 90A to 70DMDI PTMEG Polyether with hardness ranging from 60A to 95ATDI Polycaprolactone with hardness ranging from 60A to 55DNDI Polyester (Vulkollan®) with hardness ranging from 65A to 60D
TDI Polyester materials cured with MOCA produce tough elastomers. They have outstanding abrasion resistance and excellent oil and aliphatic solvent resistance
MDI Polyester materials cured with 1,4-Butanediol produce FDA wet and dry food grade urethanes. They are tough, abrasion and tear resistant
TDI PTMEG Polyether materials cured with MOCA have excellent low-temperature flexibility. They have excellent dynamic properties and are resistant to microbial attack and hydrolysis
MDI PTMEG Polyether materials cured with 1,4-Butanediol have high resilience — even at low temperatures. They have great dynamic properties, outstanding hydrolysis resistance, and improved resistance to impingement type abrasion. Some MDI Ethers can be formulated to be FDA wet and dry food approved
TDI Polycaprolactone materials cured with MOCA have better hydrolysis resistance than other polyesters. Yet they maintain great resistance to abrasion. These materials also have great tear strength even at a low hardness
NDI Polyester cured with 1,4-Butanediol is trademarked with the name Vulkollan®. Vulkollan® is an ultra-high performance material that has the highest mechanical load bearing ability. It is the best choice for dynamic applications
TDI Polyester materials cured with MOCA produce tough elastomers. They have outstanding abrasion resistance and excellent oil and aliphatic solvent resistance
MDI Polyester materials cured with 1,4-Butanediol produce FDA wet and dry food grade urethanes. They are tough, abrasion and tear resistant
TDI PTMEG Polyether materials cured with MOCA have excellent low-temperature flexibility. They have excellent dynamic properties and are resistant to microbial attack and hydrolysis
MDI PTMEG Polyether materials cured with 1,4-Butanediol have high resilience — even at low temperatures. They have great dynamic properties, outstanding hydrolysis resistance, and improved resistance to impingement type abrasion. Some MDI Ethers can be formulated to be FDA wet and dry food approved
TDI Polycaprolactone materials cured with MOCA have better hydrolysis resistance than other polyesters. Yet they maintain great resistance to abrasion. These materials also have great tear strength even at a low hardness
NDI Polyester cured with 1,4-Butanediol is trademarked with the name Vulkollan®. Vulkollan® is an ultra-high performance material that has the highest mechanical load bearing ability. It is the best choice for dynamic applications
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IN-HOUSE BRANDING + SUPPLIER OPTION
Supplier for third party brand options & innovative custom orders internationally
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CIG
International patents + copyrights & trademarks owned by CIG The Commonwealth Group International
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Dr Sydney Bennett
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Rothschild - Bennett
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