Products
 Polytone AP 112
 
 Specifications
     Chemical Classification      PTBP Formaldehyde Resin(Resol)
     Type      Heat Reactive/Adhesive Resin
     Physical Form      Broken Lumps
     Colour      Pale Yellow
     Melting Point (Capillary)      60° C - 70° C
     Softening Point (B & R)       83° C - 95° C
     Methylol Content      10 – 13 %
Properties & Usage :
POLYTONE AP 112 is a heat reactive alkyl phenolic resin formulated for use in Neoprene rubber adhesives. It imparts low initial viscosity and viscosity stability to adhesives of this type. POLYTONE AP 112 can also be used with the adhesive grades of chloroprene where good bond strength at room and elevated temperatures are required.
Up gradation of Neoprene and adhesive grades of Chloroprene rubber used in rubber based adhesives. POLYTONE AP 112 is also used in Tung Oil, Long oil, based alkyl insulating varnishes, auto primer varnishes and wire enamels.
Applications :
Rubber Adhesives, Upholstery Adhesives, Shoe Adhesives, Leather Adhesives, Tape Adhesives, Tacky Tape Manufacturing, Automobile Adhesives, Adhesives with Flexing Property, Rubber Goods, Enamels, Coatings, Varnishes and many more.
Solubility :
POLYTONE AP 112 is soluble in aromatic solvents including toluene, benzene, ketones and chlorinated hydrocarbon
Packaging :
Available in 25 Kg bags
Shelf Life :
Store under cool dry conditions. It is recommended that the material be used within 12 months from the date of manufacture
The information contained here in is to the best of our knowledge, accurate and reliable. The information given herein is for reference only and is subjected to change without prior notice. However, as use conditions are not within our control no guarantees are given or are to be inferred, nor is freedom from any patent to be inferred.
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POLYOLS & POLYMERS PVT. LTD.
(CIN U24303GJ2016PTC093748)

C-1/58-59, G.I.D.C., Chanod, VAPI 396 195, Gujarat State, INDIA.
Cell : +91 982 4141 616, Tel : +91 (0)260 2452108/2970333 Fax : +91 (0)260 2452108/2462985 e-mail : info@polyolsandpolymers.net