Termékek apollo kémiai ltd (3)

Forms complete film formation on needle surfaces and lubricates needles perfectly Composed of nonionic/anionic emulsifiers, anti wear and anticorrosion additives 8-13% emulsifier admixed with white oil gives clear transparent knitting oil product Emulsifier does not deteriorate its colours and forms complete film formation and perfect lubrication on needles Heat resistant emulsifier package does not interact with knitted fabric surface during heat fixation step and supplies perfect scouring & washing effect.

SG 50K is a thermally insulated silicone facade system with a section depth of 50 mm. Vertical profiles with depths to meet different static values ​​are available in the system. Thanks to the condensate channel in the vertical profiles, facade water is easily discharged. In this system, air and water impermeability is maximized and application problems are eliminated. The hidden wing allows application with or without nails. Visible Internal Part:50 mm Visible External Part:16 mm Glazing Method:Bonding Applicable Glass Thickness:24 mm Sash Alternative:Insulated - Non-insulated

BASIC 60 system, which has a frame depth of 60 mm, is an ideal high-performance alternative for doors and windows in projects with its 24 mm glass fiber reinforced polyamide barrier and 3-chamber structure. The system is suitable for all openings required for windows and doors, such as inward or outward opening, double opening, and transom window. The system, which can be used with all opening mechanisms with Eurogrove channels, can also be used with PVC-axis opening mechanisms. The system allows the use of glass up to 48 mm wide with profiles with wall thickness between 1.6 mm and 2.0 mm. In the system with a case depth of 60 mm, the wing depth is 69 mm. System Depth (Case):60 mm System Depth (Sash):69 mm Applicable Glass Thickness:4 mm – up to 48 mm Air Impermeability:A4 – 600 Pa / EN 12207 Water Tightness:E1200 – 1200 Pa / EN 12208 Wind Load Resistance:C5-B5 – 2000 Pa / EN 12210 Thermal Insulation:Uf= 1.9 – 2.1 W/m²K