Monday, December 18

Polyvinylacetate Polyvinylalcohol Bloc co Polymer Safety Sheet

Google+ Pinterest LinkedIn Tumblr +

Cross-Linked Polyvinyl Acetate/Polyvinyl Alcohol Bloc Copolymer Safety Sheet

  1. Substance identity and company contact information: cross-linked polyvinyl acetate/polyvinyl alcohol bloc copolymer with sodium tetraborate decahydrate. DNW inc. 1300 Amundson Pl. Stillwater, MN 55082

2. Chemical composition and data on components:

ßPolyvinyl acetate

^the cross-linking of the polymer with the B(OH)4 ion.^

The copolymer sticks most two common household objects together. It is white, is a very watery substance. It absorbs heat well, and there are no hazardous materials known to DNW

  1. Hazards identification

  1. First aid measures

Ingestion: if swallowed, call poison control immediately, and use syrup of ipecac if necessary.

Eyes: flush eyes out with water thoroughly. Call a physician if irritation persists.

  1. fire fighting measures

This polymer will not burn unless completely dried. Keep containers of dried polymer cool.

  1. Accidental release measures

Pick up amount accidentally released and move to a chemical disposal area. Do not allow this to enter natural bodies of water.

  1. Handling and storage

Handle and store in accordance with normal maintenance, safety, cleanliness, and storage techniques. Store non-dry polymer in a cool and somewhat humid environment. Store dried in any format, so long as it’s not above 90 degrees Fahrenheit.

  1. Exposure controls and personal protection

No special protection or controls needed for this polymer.

  1. Physical and chemical properties

     Percent Volatiles                                       Not available

     pH @ 25 C                                                         Not available

     Specific Gravity                                                Not available

     Appearance                                                      Milky white solid

     Autoignition Temperature                              Not available

     Boiling Point                                                     >100 deg C

     Vapor Density (Air=1)                  Not available

     Vapor Pressure, mm Hg @ 20 C                     Not available

     Evaporation Rate (Butyl Acetate=1)             Not available

     Upper/Lower Flammable Limits                      Not applicable

     Up/Lower Explosive Limits, % by Vol           Not applicable

     Flash Point                                                        Not applicable

     Freezing Point                                                   <0 deg C

     Odor                                                                   Mild acetic aroma

     Odor Threshold, ppm                                      Not available

     Solubility in Water                                           Not available

     Coefficient of Water/Oil Distrib.                    Not available

  1. Stability and reactivity

Normally stable. Avoid exposure to unknown materials, decomposition products may include: CO, CO2, things with boron in them. Hazardous polymerization will not occur.

  1. Toxicological information

Not toxic as a general rule.

  1. Ecological information

None determined.

  1. Disposal considerations

Sweep up remaining polymer and dispose of in accordance with local, state, and federal law.

  1. Transport information


To:     Manufacturing team Beta

From: Team Alpha

Date: 3/7/2010

Re:    Polymer Research

 This product is an exciting new addition to the CDS family! It is a very versatile and useful new polymer recently developed in our labs and I would like to introduce it to you personally!

            This product has been in the making for about 1 year now, and ever since we began production on the prototype handed to us engineers, we knew we had something special on our hands. The copolymer alone was spectacular: it was easily molded during creation, it didn’t stick to itself after creation, and it was remarkably strong for its size and shape!

            The list of useful properties of this polymer goes on: It is a naturally white polymer with a tendency to hold its shape, and didn’t absorb water very well. It dried out over an extended period of time, and with significant heating and also retained this heat long after the source of the heat was removed. It was a fairly bouncy product, and but did not stretch very well and broke rather than changed shape after a certain force was applied. I believe that these aforementioned properties make it the ideal candidate for insulation products, anti-impact products, children’s toys, friction reduction, or even as a use in artistic products.

            As an insulator, this would hold its shape very well, and it would absorb heat given off by whatever source one chooses and then keeps it there, creating a barrier of heat between the two materials it separates.

            As an anti-impact product, it would serve best, perhaps in the bottoms of peoples’ shoes: as it absorbs the normal forces of every day walking, it would retain its shape after the depression, and thus allow the person to more comfortably walk around for extended periods of time. It also has much of the consistency of human flesh, and as such could be used as ballistics gel for testing.

            As a children’s toy, it would only be used in hardened format. It does not scrape off easily, however can be broken, thus I would recommend It only be made in this manner in large single blocks, and recommend that no children under 6 be allowed to play with it.

            As an artistic product, I believe we could offer it in kit format, with the ingredients to make it and instructions on how to create and mold one’s own shapes out of this polymer.

Also: to make a suitable amount in our 6000L reaction vessel, we will need to put roughly 3000L of sta-flo and 3000L of plyvinylacetate/polyvinyl alcohol bloc copolymer.

Under the assumption that it would take 10 minutes per 65 mL as in our experimentation, it will take anywhere from 10 minutes to 153 minutes per batch to create, and about 3 hours per hardening session, based on the amount of mixing and baking that the polymer would be subjected to.


About Author

Leave A Reply