Termékek munka (13)

PROTECT JUMPSUIT

12 MM PILE FRISE CARVING

Renk -Beyaz Tek kullanımlık tulum Kumaş -, anti alerjik, non-steril Model -Tela Tulum 55 gr Hava geçirgenlik özelliği 75 cm önder fermuarlı kapüşonlu Kol ağzı ve ayak bileğinden lastikli Beden beden, rahat ve dayanıklı tek kullanımlık tulum

12 MM PILE

ALPOLICTM aluminium composite panels are ideally suited for the sophisticated design of ventilated façades in existing and new buildings as well as for interior applications. The façade material is characterised by outstanding product features such as excellent flatness, easy deformability, high bending stiffness and a variety of colours. The unique colour coating with LUMIFLONTM based on a fluoropolymer resin (FEVE) also ensures that the surfaces are protected against weathering and corrosion for decades and are extremely colourfast and resistant to dirt.

PEELING GUIDE PLATE

NeoMask FFP2 maskeler hijyenik ortamda avrupa standartlarında üretilmektedir.

POLYESTER 40 MM PILE

Fabric: Non-woven Soft, durable, breathable and water resistant Two-layer, hooded, covered zipper with laminated fabric Flexible head Elasticated ankle and foot seams Elasticated waist Border stitching technology STANDARDS TYPE 5: EN 13982-1: 2004 + A1: 2010 TYPE 6: EN 13034: 2005 + A1: 2009 EN ISO 13688: 2013 EN 14126: 2003 (Type5-B; Type6-B) EN 1073-2: 2002 Class 1 EN1149-1: 2006, EN 1149-5: 2008 EN ISO 13982 EN 13034

CARPET 70 MM POLYESTER

PP 600.000 POINT DROPP AND CARVING

İş elbisesi Cerrahi alanda kullanılabilir Sıvı tutmaz

Pik casting is a casting method used in industrial applications that require excellence, durability, and high precision. This specialized casting technique involves melting the metal at high temperatures and injecting it into molds, followed by cooling to achieve the desired shape. Pik casting is a method that provides superior performance in the production of parts with complex geometries. Pik casting offers a unique combination of advantages. The use of metals with high melting points enables pik casting parts to withstand extreme temperatures, pressure, and wear. This method allows for the production of parts with exceptional mechanical properties such as high strength, low weight ratio, and high hardness. Additionally, pik casting enables achieving high tolerance levels, ensuring surface quality and geometric precision of the parts.