technical catalogue KEM-UP Chemical fixing KEM-UP POLYESTER 958-959 PROFESSIONAL CE CERTIFIED PRODUCT FEATURES: • Medium-heavy weights • CE certified op. 7 • CE certified for masonry • Styrene free ► KEM-UP POLYESTER Styrene free polyester chemical fixing - PROFESSIONAL CE CERTIFIED Code 95800000000 95900000000 Name Content Box q.ty KEM-UP 958 KEM-UP 959 420 ml 300 ml 12 12 Pcs/Pallet 840 1152 KEM-UP 958-959 -5°C 0°C + 5°C + 10°C + 20°C + 30°C Gel time Temperature °C 90 min 45 min 25 min 15 min 6 min 4 min + 35°C 2 min Curing time 360 min 180 min 120 min 80 min 45 min 25 min 20 min Working temperature: -40 / +50°C (max 80°C for short period) ► KEM-UP POLYESTER Styrene free polyester chemical fixing - PROFESSIONAL Code 95401000000 95500000000 Name Content Box q.ty KEM-UP 954 KEM-UP 955 420 ml 300 ml 12 12 Pcs/Pallet 840 1152 KEM-UP 954-955 + 5°C + 10°C + 20°C + 30°C Gel time Temperature °C 25 min 15 min 6 min 4 min + 35°C 2 min Curing time 120 min 80 min 45 min 25 min 20 min Working temperature: -40 / +50°C (max 80°C for short period) ► KEM-UP POLYESTER Styrene free polyester chemical fixing - ALL-PURPOSE Code 93800000000 93900000000 Name Content Box q.ty KEM-UP 938 KEM-UP 939 420 ml 300 ml 12 12 Pcs/Pallet 840 1152 KEM-UP 938-939 0°C + 5°C + 10°C + 20°C + 30°C Gel time Temperature °C 25 min 15 min 12 min 6 min 3 min 2 min Curing time 180 min 120 min 90 min 45 min 20 min 15 min Working temperature: -40 / +50°C (max 80°C for short period) 14 + 35°C KEM-UP Chemical fixing KEM-UP POLYESTER 954-955 PROFESSIONAL PRODUCT FEATURES: • Medium-heavy weights • Styrene free KEM-UP POLYESTER 938-939 ALL PURPOSE PRODUCT FEATURES: • Good performances • Styrene free DESIGN(1) AND RECOMMENDED(2) LOADS (KEM-UP 958-959) Single anchor with large anchor spacing and edge distances in non-cracked concrete C20/25 (t=24°C - dry and wet hole) Anchor hmin hnom= h0 d0 Scr,N Ccr,N Nrd Ncons Vrd Vcons Smin Cmin Vrd,cmin Vcons,cmin Tmax Minimum support thickness Nominal embedment depth = depth of hole Hole diameter Spacing Edge distance Tensile non-cracked concrete Shear C >= 10xhef screw grade 5.8 Minimum spacing Minimum edge distance Shear C = Cmin Torque max mm mm mm mm mm kN kN kN kN mm mm kN kN Nm M8 M10 M12 M16 M20 M24 110 80 10 160 80 8,9 6,4 7,0 5,0 40 40 1,8 1,3 10 120 90 12 180 90 19,4 13,9 12,0 8,5 50 50 2,8 2,0 20 140 110 14 220 110 19,4 13,9 17,0 12,0 60 60 3,9 2,8 40 160 125 18 250 125 27,8 19,8 31,0 22,0 80 80 6,7 4,8 80 220 170 24 340 170 41,7 29,8 50,0 35,0 100 100 10,9 7,8 120 270 210 28 420 210 52,8 37,7 70,0 50,0 120 120 15,7 11,2 150 The design loads Nrd and Vrd derive from the characteristic loads on the ETA-12/0608 certification and are inclusive of the partial safety factors m proportional to each diameter (see ETA). The recommended loads Ncons and Vcons derive from the characteristic loads on the ETA-12/0608 certification and are inclusive of the partial safety factors f=1.4 and m proportional to each diameter (see ETA). The load values are only valid if the installation has been carried out correctly. The design engineer is responsible for the designing and calculation of the fixing. 1kN = 100 kgf (1) (2) DESIGN AND RECOMMENDED(1) LOADS (KEM-UP 954-955) Single anchor with large anchor spacing and edge distances in non-cracked concrete C20/25 (t=24°C - dry and wet hole) Anchor hmin hnom= h0 d0 Scr,N Ccr,N Nrd Ncons Vrd Vcons Smin Cmin Vrd,cmin Vcons,cmin Tmax Minimum support thickness Nominal embedment depth = depth of hole Hole diameter Spacing Edge distance Tensile non-cracked concrete Shear C >= 10xhef screw grade 5.8 Minimum spacing Minimum edge distance Shear C = Cmin Torque max mm mm mm mm mm kN kN kN kN mm mm kN kN Nm M8 M10 M12 M16 M20 110 80 10 160 80 6,6 4,7 6,4 4,6 40 40 1,8 1,3 10 120 90 12 180 90 9,9 7,1 10,1 7,2 50 50 2,8 2,0 20 140 110 14 220 110 14,0 10,0 14,7 10,5 60 60 3,9 2,8 40 160 125 18 250 125 15,7 11,2 27,4 19,6 80 80 6,7 4,8 80 220 170 24 340 170 26,3 18,8 42,8 30,6 100 100 10,9 7,8 120 The recommended loads Ncons and Vcons derive from the mean ultimate loads and are inclusive of the partial safety factors =4 (shear =2,5). In the absence of CE markings, the recommended loads derive from tests carried out in the Friulsider laboratory in accordance with the appropriate standards. The load values are only valid if the installation has been carried out correctly. The design engineer is responsible for the designing and calculation of the fixing. (1) 1kN = 100 kgf (1) DESIGN AND RECOMMENDED LOADS (KEM-UP 938-939) Single anchor with large anchor spacing and edge distances in non-cracked concrete C20/25 (t=24°C - dry and wet hole) Anchor Minimum support thickness Nominal embedment depth = depth of hole Hole diameter Spacing Edge distance Tensile non-cracked concrete Shear C >= 10xhef screw grade 5.8 Minimum spacing Minimum edge distance Shear C = Cmin Torque max hmin hnom= h0 d0 Scr,N Ccr,N Nrd Ncons Vrd Vcons Smin Cmin Vrd,cmin Vcons,cmin Tmax mm mm mm mm mm kN kN kN kN mm mm kN kN Nm M8 M10 M12 M16 M20 110 80 10 160 80 5,6 4,0 5,6 4,0 40 40 1,8 1,3 10 120 90 12 180 90 8,8 6,3 8,4 6,0 50 50 2,8 2,0 20 140 110 14 220 110 13,3 9,5 12,6 9,0 60 60 3,9 2,8 40 160 125 18 250 125 14,7 10,5 22,4 16,0 80 80 6,7 4,8 60 220 170 24 340 170 24,5 17,5 35,0 25,0 100 100 10,9 7,8 100 The recommended loads Ncons and Vcons derive from the mean ultimate loads and are inclusive of the partial safety factors =4 (shear =3). In the absence of CE markings, the recommended loads derive from tests carried out in the Friulsider laboratory in accordance with the appropriate standards. The load values are only valid if the installation has been carried out correctly. The design engineer is responsible for the designing and calculation of the fixing. (1) 1kN = 100 kgf 15 KEM-UP Guns and accessories Code For cartridge 49949000000 Box q.ty 280 ml / 300 ml / 310 ml Code 12 For cartridge 49903000000 Bag q.ty 380 ml / 420 ml Code 1 For cartridge 49904000000 Bag q.ty 250 ml / 300 ml / 345 ml Code 1 For cartridge 49932000000 Bag q.ty 585 ml Code 1 For cartridge 49930000000 Box q.ty 250 ml / 300 ml / 380 ml / 420 ml / 585 ml 1 Professional gun Code KEM-UP EPOXY cartridge mixer Bag q.ty 94902000000 12 Code KEM-UP cartridge mixer Bag q.ty 94900000000 12 Retention sleeve ØxL Code BRP Plastic perforated retention sleeve with centralising retention cone BCF Internally threaded socket white zinc plated 63300012050 63300015085 63300015130 63300020085 16 12x50 15x85 15x130 20x85 10 10 10 10 Code Thread Dimension For retention sleeve 63400b12080 63400b14080 63400b16080 M8 M10 M12 12x80 14x80 16x80 20x85 20x85 20x85 10 10 10 Dimension ØxL Hole Ø For bar Box q.ty 10x1000 13,5x1000 19,5x1000 12 16 22 M8 M10 M12-M16 Code BRM Metallic retention sleeve white zinc plated Bag q.ty 63310b12000 63310b16000 63310b22000 Bag q.ty 10 10 6 KEM-UP Guns and accessories Bar d x Lb Code BFK Threaded bar grade 5.8 with external hexagon white zinc plated 21911b08110 21911b10115 21911b10130 21911b12120 21911b12160 21911b12220 21911b16190 21911b16210 21911b16250 21911b20240 21911b20260 21911b20300 21911b24290 21911b30380* M8x110 M10x115 M10x130 M12x120 M12x160 M12x220 M16x190 M16x210 M16x250 M20x240 M20x260 M20x300 M24x290 M30x380 21911x08110 21911x10130 21911x12160 21911x16190 21911x20260 21911x24300 21911x30380* Bag q.ty 15 10 15** 10 25 10 18** 10 30 10 90 5 40 5 60 5 5 100 40 5 60 5 100 5 50 5 65 2 *Threaded bar without external hexagon until end of stock ** For use with BRP on partially hollow base materials Bar d x Lb tfix mm Bag q.ty M8x110 M10x130 M12x160 M16x190 M20x260 M24x300 M30x380 15 25 30 40 60 60 65 10 10 10 10 5 5 2 Code BFK A4 Threaded bar with external hexagon stainless steel A4 tfix mm *Threaded bar without external hexagon until end of stock Code Forged cup hook white zinc plated 77602b06050 77602b08060 77602b10073 77602b12090 77602b16100 Code Forged eye white zinc plated 77601b06050 77601b08060 77601b10073 77601b12090 77601b16100 Code 49905000000 Cup hook Ø int. cup hook M6x50 M8x60 M10x73 M12x90 M16x100 9,5 11 14 16 20 Eye Ø int. eye M6x50 M8x60 M10x73 M12x90 M16x100 10 11 14,5 17 23 Box q.ty 50 50 25 15 15 Box q.ty 50 50 25 15 15 Bag q.ty 1 Blow pump for hole cleaning 17
© Copyright 2024 ExpyDoc
