PU System for Shoe Sole
Applications | Type | Type Mix(A C)/B | Hard-ness (Shore) | Relative Density (g/cm3) | (By Weight) A/B | C/A weight ratio(g/Kg) | Charac-teristics | |||
commonman-sole | SM-1 | HT-5600 SM-2 / F-2180 | 65 ~72A | 0.55 ~0.60 | 100/119 ~119.5 | 213±5/18 | good moldability | |||
Common women-sole | HT-5606 SM-2/ F-2180 | 58 ~65A | 0.55 ~0.65 | 100/99 ~101 | 243±5/18 | goodmoldability | ||||
casual shoes | SM-2 | HT-5608B SM-2/ F-2180 | 60 ~65A | 0.46 ~0.55 | 100/110 ~112 | 270±5/18 | light | |||
SM-3 | HT-8740 SM-2/ F-2580B | 50 ~55A | 0.48 ~0.55 | 100/92 ~93 | 305±5/18 | soft, goodfeeling | ||||
SM-4 | HT-5840 SM-2 / F-2290 | 35 ~40A | 0.55 ~0.65 | 100/70.5 ~72.5 | 310±5/18 | soft, good feeling | ||||
SM-5 | HT-5650 SM-2 / F-2290B | 55 ~62A | 0.44 ~0.52 | 100/84.5 ~86.5 | 230±5/18 | soft, goodfeeling | ||||
injection shoes | out-sole | SM-6 | HT-8801L SM-2/ F-2580B | 70 ~75A | 0.80 ~1.10 | 100/86 ~87 | 305±5/18 | goodbondability | ||
in-sole | SM-7 | HT-8801L (SM-2 H2O)/ F-2580B | 45 ~50A | 0.45 ~0.50 | 100/92 ~93 | 305±5/18 | goodbondability | |||
out-sole | SM-8 | HT-8806 SM-2/ F-2290 | 60 ~65A | 0.90 ~1.10 | 100/66.5 ~67.5 | 280±5/18 | high bonding strength | |||
in-sole | SM-9 | HT-8808 (SM-2 SM-6)/ F-2290 | 50 ~55A | 0.55 ~0.60 | 100/89 ~91 | (300 60)±5/18 | highbonding strength | |||
out-sole | SM-10 | HT-2033 SM-2 / F-2580 | 66 ~71A | 0.90 ~1.10 | 100/115 ~116 | 450±5/17 | good bondability,coldresistance | |||
in-sole | SM-11 | HT-2033 (SM-2 H2O)/ F-2580 | 45 ~50A | 0.40 ~0.45 | 100/73 ~74 | 450±5/17 | goodbondability,cold resistance | |||
high heels shoes | SM-12 | HT-5890 SM-2/ F-2290B | 85 ~93A | 0.68~0.75 | 100/117.5 ~119.5 | 250±5/18 | high hardness,high supportstrength | |||
wedge heels shoes | SM-13 | HT-5670 SM-2/ F-2290B | 65 ~72A | 0.44~0.52 | 100/91 ~93 | 230±5/18 | light,high supportstrength | |||
SM-14 | HT-5560 SM-2/ F-2290B | 60 ~65A | 0.42~0.48 | 100/133 ~135 | 250±5/18 | light, high support strength | ||||
cold resistance shoes | SM-15 | HT-9305 SM-2/ F-2580 | 70 ~75A | 0.60~0.65 | 100/125.5 ~126 | 240±5/18 | coldresistance,high support strength | |||
SM-16 | HT-2004 SM-2/ F-2580 | 57 ~62A | 0.60~0.65 | 100 / 94 ~94.5 | 220±5/18 | cold resistance | ||||
SM-17 | HT-6510 SM-2/ F-3682 | 48 ~52A | 0.58~0.62 | 100/64 ~66 | 480±5/18 | polyethertype, excellentcold resistance | ||||
SM-18 | HT-3065 SM-7/ F-3220 | 65 ~70A | 0.60~0.65 | 100/99 ~101 | 340±5/17 | polyethertype, excellent coldresistance | ||||
mid-sole | SM-19 | HT-6748B (DC-332 SM-66)/ F-2290 | 60 ~68C | 0.35~0.45 | 100/60~62 | (130 100)±5/18 | glabrous surface | |||
insole | SM-20 | HT-6730 (DC-332 SM-2)/ F-2580B | 35 ~45C | 0.25~0.35 | 100/72.5~74.5 | (110 145)±5/18 | soft, comfort | |||
SM-21 | HT-3033 SM-2 / F-3240 | 30 ~40C | 0.24~0.32 | 100/65~67 | 50±5/17 | polyether type,feeling in low temperature |
Note:
1. The PU systems for shoe soles consists of the following: polyol mixture (A), isocyanate compound (B) and catalyst compound (C).
2. Packaging of the PU systems for shoe soles : A compound (polyol mixture) is packed in an 18Kg plastic drum; the B compound (isocyanate compound) is packed in a 20Kg drum; the C compound (catalyst compound) is packed in a 10Kg plastic drum.
3. With the nitrogen seal unbroken, the storage life for B compound (isocyanate compound) is 3 months; the storage life for A compound (polyol admixture) is 6 months. When the storage life expires, the material is still usable if every index stays qualified.
We are leading manufacturer of the PU systems for shoe soles with close to 16 years of experience. With advanced technology and management support, we have the capacity to produce water-based polyurethane resin for synthetic leather, wet process PU resin, dry process PU resin, and more products. All these products are of high quality and offered at low prices. Located in port-city, we can ship our the PU systems for shoe soles at affordable shipping costs.