Description The HF32 electronics soldering wire is based on a "No-Clean" flux and is available with lead-free and alloys containing lead. It has been developed for high requirements for conventional soldering and for soldering SMDs in industrial production and for repair and resoldering. The wire flux HF32 is a halogen-free activated flux based on natural and modified resins. it combines high activity and good flow characteristics in an outstanding way with minimal, light, usually hardly visible, solid and electrically safe residues. Product Advantages Halogen-free activation Reduced resin amount High proportion of organic acids Less fumes Application HF32 can be used for manual and machine soldering in the area of electrical engineering and electronics.
Joodetraat HF32 on välja töötatud tööstusharude üha rangemate kvaliteedinõuete täitmiseks. Aktiveeritud, halogeniidivaba jootevahend vastavalt standardile J-STD-004, tüüp ROL0. Fluxijäägid on tahked ja kuivad ning ei olekorrosiivsed, kui neid testitakse vastavalt DIN 8516-le. Product Advantages Halogen-free activation Reduced resin amount High proportion of organic acids Less fumes Application HF32 can be used for manual and machine soldering in the area of electrical engineering and electronics.
Description The HF32 electronics soldering wire is based on a "No-Clean" flux and is available with lead-free and alloys containing lead. It has been developed for high requirements for conventional soldering and for soldering SMDs in industrial production and for repair and resoldering. The wire flux HF32 is a halogen-free activated flux based on natural and modified resins. it combines high activity and good flow characteristics in an outstanding way with minimal, light, usually hardly visible, solid and electrically safe residues. Product Advantages Halogen-free activation Reduced resin amount High proportion of organic acids Less fumes Application HF32 can be used for manual and machine soldering in the area of electrical engineering and electronics.
Description The HF32 electronics soldering wire is based on a "No-Clean" flux and is available with lead-free and alloys containing lead. It has been developed for high requirements for conventional soldering and for soldering SMDs in industrial production and for repair and resoldering. The wire flux HF32 is a halogen-free activated flux based on natural and modified resins. it combines high activity and good flow characteristics in an outstanding way with minimal, light, usually hardly visible, solid and electrically safe residues. Product Advantages Halogen-free activation Reduced resin amount High proportion of organic acids Less fumes Application HF32 can be used for manual and machine soldering in the area of electrical engineering and electronics.
Description The HF32 electronics soldering wire is based on a "No-Clean" flux and is available with lead-free and alloys containing lead. It has been developed for high requirements for conventional soldering and for soldering SMDs in industrial production and for repair and resoldering. The wire flux HF32 is a halogen-free activated flux based on natural and modified resins. it combines high activity and good flow characteristics in an outstanding way with minimal, light, usually hardly visible, solid and electrically safe residues. Product Advantages Halogen-free activation Reduced resin amount High proportion of organic acids Less fumes Application HF32 can be used for manual and machine soldering in the area of electrical engineering and electronics.
Wera täpsuskruvikeeraja, pilukruvidele, kroomitud viimistlusega - Kraftform Micro seeria - 05117994001Ärge võtke väikeste pilukruvide puhul selle Wera täpsuskruvikeeraja abil mingit jama. Pööratav otsik võimaldab seda kiiresti pöörata, nii et saate pingutustöödega kiirelt läbi vuhiseda, ilma et oleks vaja teha kompromisse täpsuse osas. Mitmekomponentne Kraftform Micro käepide tagab mugava haarde, tõrjudes käe väsimust pikemaajalise töö puhul. Tänu 147 mm kogupikkusele ei ole teil probleeme kinnitusdetailide kättesaamisega kitsastes ja raskesti ligipääsetavates kohtades.Omadused ja eelised- eredavärvilised märgised tööriista kiireks tuvastamiseks- 2,5 mm laiune tera keeruliste tööde jaoks- Täpsustsoon otse tera kohal teeb õige pöördenurga leidmise peenhäälestustöödel lihtsaks- Jääb kindlalt sinna, kuhu olete selle jätnud, tänu veenmisvastase käepideme disainileRakendused- Sisekujundus- Telekommunikatsioon- Prillide remont- Juveelide valmistamineKas kruvikeeraja on vastupidav?Jah. Sellel on Black Point'i ots ja kroomitud tera viimistlus, mis tagab suurepärase korrosioonikindluse ja pika eluea.
Description The HF32 electronics soldering wire is based on a "No-Clean" flux and is available with lead-free and alloys containing lead. It has been developed for high requirements for conventional soldering and for soldering SMDs in industrial production and for repair and resoldering. The wire flux HF32 is a halogen-free activated flux based on natural and modified resins. it combines high activity and good flow characteristics in an outstanding way with minimal, light, usually hardly visible, solid and electrically safe residues. Product Advantages Halogen-free activation Reduced resin amount High proportion of organic acids Less fumes Application HF32 can be used for manual and machine soldering in the area of electrical engineering and electronics.
Description The HF32 electronics soldering wire is based on a "No-Clean" flux and is available with lead-free and alloys containing lead. It has been developed for high requirements for conventional soldering and for soldering SMDs in industrial production and for repair and resoldering. The wire flux HF32 is a halogen-free activated flux based on natural and modified resins. it combines high activity and good flow characteristics in an outstanding way with minimal, light, usually hardly visible, solid and electrically safe residues. Product Advantages Halogen-free activation Reduced resin amount High proportion of organic acids Less fumes Application HF32 can be used for manual and machine soldering in the area of electrical engineering and electronics.
