Model compounds

Model compound К-2

Designed for manufacturing of cast models for precise casting of complex geometrical shapes. The obtained parts practically do not require further mechanical processing and this allows to reduce consumption of materials, steel, non-ferrous alloys, energy consumption for their production.

Model compound К-2 (O)

Designed for manufacturing of cast models for precise casting of complex geometrical shapes. The obtained parts practically do not require further mechanical processing and this allows to reduce consumption of materials, steel, non-ferrous alloys, energy consumption for their production.

Model compound К-2М (А)

Designed for manufacturing of cast models for precise casting of complex geometrical shapes. The obtained parts practically do not require further mechanical processing and this allows to reduce consumption of materials, steel, non-ferrous alloys, energy consumption for their production.

Model compound ZGV-101

Designed for manufacturing of cast models for precise casting of complex geometrical shapes. The obtained parts practically do not require further mechanical processing and this allows to reduce consumption of materials, steel, non-ferrous alloys, energy consumption for their production.

Model compound ZGV-102

Designed for manufacturing of cast models for precise casting of complex geometrical shapes. The obtained parts practically do not require further mechanical processing and this allows to reduce consumption of materials, steel, non-ferrous alloys, energy consumption for their production.

Model compound ZGV-103

Designed for manufacturing of cast models for precise casting of complex geometrical shapes. The obtained parts practically do not require further mechanical processing and this allows to reduce consumption of materials, steel, non-ferrous alloys, energy consumption for their production.

Model compound ZGV-103 (О)

Designed for manufacturing of cast models for precise casting of complex geometrical shapes. The obtained parts practically do not require further mechanical processing and this allows to reduce consumption of materials, steel, non-ferrous alloys, energy consumption for their production.

Characteristic	Norm

Limit strength at static, MPa, not less than	3,0
Heat resistance, С°, not less than	34
Mass fraction of ash, %, no more than	0,15
Dropping temperature, С°	75-90
Acid number, mg KOH per 1 g of oil, no more than	-

Characteristic	Norm

Limit strength at static, MPa, not less than	3,0
Heat resistance, С°, not less than	37
Mass fraction of ash, %, no more than	0,10
Dropping temperature, С°	75-90
Acid number, mg KOH per 1 g of oil, no more than	-

Characteristic	Norm

Limit strength at static, MPa, not less than	2,5
Heat resistance, С°, not less than	30
Mass fraction of ash, %, no more than	0,15
Dropping temperature, С°	75-90
Acid number, mg KOH per 1 g of oil, no more than	5

Characteristic	Norm

Limit strength at static, at
а) (19±1) С°, MPa, not less than	5,5
б) (20±1) С°, MPa, not less than *	5,0*
Heat resistance, С°, not less than	38
Mass fraction of ash, %, no more than	0,1

Characteristic	Norm

Limit strength at static, at (19±1) С°, MPa, not less than	5,5
Heat resistance, С°, not less than	36
Mass fraction of ash, %, no more than	0,1
Dropping temperature, С°	85-95
Acid number, mg KOH per 1 g of oil, no more than	-