The new enterprise of Arkhbum JSC in the Ulyanovsk region has been assigned the status of a particularly significant investment projectIn January to August of 2020, Arkhbum LLC transported 2 million and 826 thousand tonnes of cargoArkhbum JSC will complete the Istra-2 investment project in December 2020Denis Manturov, the Head of Ministry of Industry and Trade of the RF, launched a new evaporation station of APPM Arkhbum Tissue Group LLC is the winner of Private Label Awards 2020APPM employees will receive master's degrees in industrial ecology The new enterprise of Arkhbum JSC in the Ulyanovsk region has been assigned the status of a particularly significant investment projectIn January to August of 2020, Arkhbum LLC transported 2 million and 826 thousand tonnes of cargoArkhbum JSC will complete the Istra-2 investment project in December 2020Denis Manturov, the Head of Ministry of Industry and Trade of the RF, launched a new evaporation station of APPM Arkhbum Tissue Group LLC is the winner of Private Label Awards 2020APPM employees will receive master's degrees in industrial ecology The new enterprise of Arkhbum JSC in the Ulyanovsk region has been assigned the status of a particularly significant investment projectIn January to August of 2020, Arkhbum LLC transported 2 million and 826 thousand tonnes of cargoArkhbum JSC will complete the Istra-2 investment project in December 2020Denis Manturov, the Head of Ministry of Industry and Trade of the RF, launched a new evaporation station of APPM Arkhbum Tissue Group LLC is the winner of Private Label Awards 2020APPM employees will receive master's degrees in industrial ecology
Kraftliner
Kraftliner by APPM — a two-layer liner of unbleached sulfate softwood pulp and semi-chemical hardwood pulp — is designed for manufacturing flat layers of corrugated board. APPM kraftliner comes in the density range of from 90 to 275 g/m2.

   Substance 1 m2, g 110 (±3,3)
   Absolute burst strength (ABS), kPa, nominal/minimum 500/450
   Surface water absorption of the top side, Cobb 60, g/m2, not more than 40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum  140/110
   Air resistance, (Gurley method), s  30
   SCT CD, kN/m, nominal/minimum   2,1/1,6
   Moisture, % 6–9

   Substance 1 m², g 115 (±3,4)
   Absolute burst strength (ABS), kPa, nominal/minimum 580/480
   Surface water absorption of the top side, Cobb 60, g/m2, not more than 40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum  160/130
   Air resistance, (Gurley method), s 30
   SCT CD, kN/m, nominal/minimum   2,3/1,8
   Moisture, % 6–9

   Substance 1 m², g 120 (±3,6)
   Absolute burst strength (ABS), kPa, nominal/minimum  600/520
   Surface water absorption of the top side, Cobb 60, g/m2, not more than 40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum   190/160
   Air resistance, (Gurley method), s 30
   SCT CD, kN/m, nominal/minimum   2,4/1,9
   Moisture, % 6–9

   Substance 1 m², g 125 (±3,7)
   Absolute burst strength (ABS), kPa, nominal/minimum  640/540
   Surface water absorption of the top side, Cobb 60, g/m2, not more than 40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum   190/160
   Air resistance, (Gurley method), s 30
   SCT CD, kN/m, nominal/minimum 2,5/2,0
   Moisture, % 6–9

   Substance 1 m², g  135 (±4,1)
   Absolute burst strength (ABS), kPa, nominal/minimum  680/580
   Surface water absorption of the top side, Cobb 60, g/m2, not more than 40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum 230/190
   Air resistance, (Gurley method), s  30
   SCT CD, kN/m, nominal/minimum  2,8/2,2
   Moisture, %  6–9

   Substance 1 m², g   140 (±4,2)
   Absolute burst strength (ABS), kPa, nominal/minimum   700/600
   Surface water absorption of the top side, Cobb 60, g/m2, not more than 40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum  240/200
   Air resistance, (Gurley method), s   30
   SCT CD, kN/m, nominal/minimum  2,9/2,2
   Moisture, %   6–9

   Substance 1 m², g   150 (±4,5)
   Absolute burst strength (ABS), kPa, nominal/minimum   740/640
   Surface water absorption of the top side, Cobb 60, g/m2, not more than  40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum  270/230
   Air resistance, (Gurley method), s   40
   SCT CD, kN/m, nominal/minimum  3,1/2,5
   Moisture, %    6–9

   Substance 1 m², g   170 (±5,1)
   Absolute burst strength (ABS), kPa, nominal/minimum   820/720
   Surface water absorption of the top side, Cobb 60, g/m2, not more than  40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum  320/270
   Air resistance, (Gurley method), s    40
   SCT CD, kN/m, nominal/minimum  3,6/2,8
   Moisture, %     6–9

   Substance 1 m², g    175 (±5,4)
   Absolute burst strength (ABS), kPa, nominal/minimum   820/720
   Surface water absorption of the top side, Cobb 60, g/m2, not more than  40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum  340/270
   Air resistance, (Gurley method), s     40
   SCT CD, kN/m, nominal/minimum   3,7/2,8
   Moisture, %      6–9

   Substance 1 m², g     186 (±5,6)
   Absolute burst strength (ABS), kPa, nominal/minimum   850/750
   Surface water absorption of the top side, Cobb 60, g/m2, not more than   40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum  390/330
   Air resistance, (Gurley method), s      50
   SCT CD, kN/m, nominal/minimum   4,0/3,4
   Moisture, %  6–9

   Substance 1 m², g      200 (±6,0)
   Absolute burst strength (ABS), kPa, nominal/minimum  920/820
   Surface water absorption of the top side, Cobb 60, g/m2, not more than   40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum   410/350
   Air resistance, (Gurley method), s       50
   SCT CD, kN/m, nominal/minimum   4,1/3,5
   Moisture, %   6–9

   Substance 1 m², g    225 (±6,8)
   Absolute burst strength (ABS), kPa, nominal/minimum   950/850
   Surface water absorption of the top side, Cobb 60, g/m2, not more than    40
   RCT (CD) at strip width 12,7 mm, N (kN/m), nominal/minimum 440/370
   Air resistance, (Gurley method), s   50
   SCT CD, kN/m, nominal/minimum    4,5/4,0
   Moisture, %    6–9