- Hydrotalcite
- Highly transparent hydrotalcite
- Catalyst carrier hydrotalcite
- Flame retardant hydrotalcite
- Stabilizer hydrotalcite
- Agricultural film hydrotalcite
- Nucleating agent hydrotalcite
- Magnesium hydroxide
- Mineral-derived magnesium hydroxide D100
- Synthesized magnesium hydroxide D110
- Electronic grade magnesium hydroxide D120
- Chemical method magnesium hydroxide D5
- Chemical method magnesium hydroxide D6
- Flame retardant
- Rubber specific flame retardant D130
- Efficient flame retardant D320/D320MD
- Efficient flame retardant D320T
- Efficient flame retardant H5VA/D330
- Thermal insulation materials
- Automotive lining
- Automotive insulation materials
- New energy battery insulation film
- Industrial insulation materials
Thermal insulation materials
Product characteristics
·Flexible nano (gas-phase silica) microporous thermal insulation and flame retardant material with excellent thermal insulation performance.
·Low thermal conductivity, excellent insulation performance, and electrical insulation.
·Outer packaging: High temperature resistant glass fiber cloth wrapped for insulation and heat preservation.
·Outer packaging PET film, PI film, FPC film, silicone frame, soluble and release paper for internal insulation of lithium batteries.
·Compared with other traditional materials, Nmim950 has an extremely low thermal conductivity at high temperatures. While achieving excellent insulation effects, it can effectively save workspace and improve energy efficiency.
·Recommended application environment: working condition < 950 ℃± 50 ℃.
·Thermal conductivity distribution map, standard sewing spacing 50 x 50 mm.
20 °C , 0.019 W/mK; 200 °C ,0.02 W/mK; 400 °C , 0.022 W/mK; 600 °C ,0.024 W/mK; 800 °C ,0.032 W/mK
·Shrinkage rate
950 ° C overall heating, 12 hours; <2%;
1000 ° C single-sided heating, 12 hours. <0.5%
·Flexible nano (gas-phase silica) microporous thermal insulation and flame retardant material with excellent thermal insulation performance.
·Low thermal conductivity, excellent insulation performance, and electrical insulation.
·Outer packaging: High temperature resistant glass fiber cloth wrapped for insulation and heat preservation.
·Outer packaging PET film, PI film, FPC film, silicone frame, soluble and release paper for internal insulation of lithium batteries.
·Compared with other traditional materials, Nmim950 has an extremely low thermal conductivity at high temperatures. While achieving excellent insulation effects, it can effectively save workspace and improve energy efficiency.
·Recommended application environment: working condition < 950 ℃± 50 ℃.
·Thermal conductivity distribution map, standard sewing spacing 50 x 50 mm.
20 °C , 0.019 W/mK; 200 °C ,0.02 W/mK; 400 °C , 0.022 W/mK; 600 °C ,0.024 W/mK; 800 °C ,0.032 W/mK
·Shrinkage rate
950 ° C overall heating, 12 hours; <2%;
1000 ° C single-sided heating, 12 hours. <0.5%
Product specifications
·Typical density of bulk density 220kg/m3.
·Thickness range 2-10mm.
·Maximum processing size 1600 * 1200mm.
·Other matching consulting technical engineers.
·Typical density of bulk density 220kg/m3.
·Thickness range 2-10mm.
·Maximum processing size 1600 * 1200mm.
·Other matching consulting technical engineers.













