Goods high definition for Biobased 7 inch plate for Sydney Factory
Goods high definition for Biobased 7 inch plate for Sydney Factory Detail:
The main raw material ingredient extracted from oil and oil resources have been increasingly scarce, all materials are extracted from the oil burning of non-biodegradable will pollute the environment.
The main using starch as raw materials, starch extracted from plants, belonging to the renewable resources is a return to natural environmental degradation products.
Important Characteristics for our Biobased food packaging products:
Hygienic, non-toxic and safe for human usage
Biodegradable and environmentally friendly
Safely resistant to seepage in temperatures of up to 100℃ (for water) and 120℃ (for oil)
Safely usable in conventional ovens, microwaves, refrigerators and freezers
Being degradable as well as recyclable it is very safe and friendly to the environment. It will biodegrade within a period with the necessary moisture and oxygen.
Contain no harmful, additives, preservatives and colourants.
Affordable, cost effective and sustainable alternative.
» is packaging made from mother nature’s gifts.
» can be made from renewable resources or waste streams
» can offer innovative features and beneficial barrier properties
» can help to reduces the depletion of finite fossil resources and CO2 emissions
» can offer environmental benefits in the end-of-life phase
» offers incredible opportunities.
Ecogreen has strong research capability and can deal with a bulk quantity purchase order and customized products.
Welcome to contact with us for more details.
Product detail pictures:
Innovation, good quality and reliability are the core values of our enterprise. These principles today extra than ever form the basis of our success as an internationally active mid-size organization for Goods high definition for Biobased 7 inch plate for Sydney Factory, The product will supply to all over the world, such as: Brunei , French , Johannesburg , We are going to supply much better solutions with diversified designs and qualified services. At the same time, welcome OEM, ODM orders, invite friends at home and abroad together common development and achieve win-win, integrity innovation, and expand business opportunities! If you have any question or will need more information be sure to feel free to contact us. We have been looking forward to receiving your enquiries soon.
InstaBone(TM) is a unique biomaterial based on calcium and phosphate nanoparticles that is suitable for use as a bone void filler and bone putty and has important applications in fracture repair, vertebroplasty and tissue engineering.
This video shows InstaBone bone cement admixed with morselized bone, marrow and sterile water, creating a bone paste that is moldable, adherent and self-hardening.
The resultant InstaBone-based biocomposite, containing living and viable cells from bone and marrow, is used directly to repair a large diaphyseal bone defect in an avian femur model.
The unique physicochemical properties of InstaBone biomaterial may allow for its use in a greatly improved modification of the Masquelet technique for the treatment of bone defects by enabling bone repair to be completed in one, rather than two surgical procedures. Furthermore a living InstaBone-based biocomposite is used as a bone graft rather than toxic polymethymethacrylate. The biocompatible InstaBone-bone graft is slowly resorbed and replaced over time with natural bone.
Background: The Masquelet technique for the reconstruction of diaphyseal bone defects combines induced membranes and cancellous autographs to regenerate bone loss and restore function.
The Masquelet reconstruction requires a two-staged approach. At the first operation, radical soft tissue and bone debridement is undertaken. Then a polymethylmethacrylate cement spacer is implanted at the site of the bone defect and the limb is stabilized with an external fixator. The inert PMMA cement spacer prevents fibrous tissue invasion of the recipient site and induces formation of a surrounding membrane. Finally, in the first stage of the Masquelet technique, the soft tissue envelope is repaired. At the second surgery, (~2 months later), the cement spacer is carefully removed ensuring that the formed induced membrane is minimally disturbed and the defect is filled with morselized bone graft and the bone is stabilized by fixation.
Living biocomposites of bone and cartilage can be grown on InstaBone and lay the foundation for ultimate replacing lost or damaged bone and cartilage due to injury or disease.. USA Patents on InstaBone technology have been issued to Dr. Brian Genge and University of South Carolina Research Foundation. The InstaBone technology has been licensed to Competitive Technology, Inc., Fairfield, CT.
By Eric 2015-12-22 19:23
Wide range, good quality, reasonable prices and good service, advanced equipment, excellent talents and continuously strengthened technology forces，a nice business partner.
By Lulu 2015-10-18 15:17