Nitrocellulose L-type Form a thermoplastic film. Dissolve into large amounts of alcohols (such as methanol or ethanol) with small amount of esters. Be diluted easily by aromatic solvents. L-type product is also called alcohol-soluble nitrocellulose since it can be readily dissolved into alcohols. Spc. Viscosity 1/8S 1.7-2.8 1/4S 3.1-8.0 1/2S 3.0-8.0 Nitrogen: 10.7-11.4%; Transmiting rate:≥85%; Acidity: ≤0.08%; Heat resistant rate: ≥10; Breakout point: ≥180℃; Ash content: ≤0.2%; Wetting agent: 30±2% Features of H-type Nitrocellulose H-type It’s a tougher film. Evaporate its solvents faster than L-type. Be diluted easily with alcohols, aromatic and aliphatic solvents. Possess more excellent mechanical performances. Since it can be readily dissolved into esters solvents, H-type product is also called ester-soluble nitrocellulose. Spc. Viscosity 1/16S 1.1-1.6 1/8S 1.7-3.0 1/4S 3.1-10.0 Nitrogen: 11.5-12.2%; Transmiting rate:≥85%; Acidity: ≤0.08%; Heat resistant rate: ≥10; Breakout point: ≥180℃; Ash content: ≤0.2%; Wetting agent: 30±2% the Concentration of the Nitrocellulose Solution is 25.0% Spc. Viscosity 1/2S 3.2-8.4 1S 8.5-16.0 the Concentration of the Nitrocellulose Solution is 20.0% Nitrogen: 11.5-12.2%; Transmiting rate:≥85%; Acidity: ≤0.07%; Heat resistant rate: ≥10; Breakout point: ≥180℃; Ash content: ≤0.2%; Wetting agent: 30±2% Spc. Viscosity 3S 2.0-4.0 10S 5.0-12.0 15S 13.0-20.0 30S 21.0-40.0 60S 41.0-80.0 120S 81.0-160 the Concentration of the Nitrocellulose Solution is 12.2% Nitrogen: 11.5-12.2%; Transmiting rate:≥85%; Acidity: ≤0.07%; Heat resistant rate: ≥10; Breakout point: ≥180℃; Ash content: ≤0.2%; Wetting agent: 30±2%