Product overviewThe Carl Friedrich Usbeck Tripod Clamp is designed for securing components in laboratory setups. Made from durable zinc die-cast material and finished with a powder coating, it provides excellent resistance to wear and corrosion. This clamp is compatible with rods or supports ranging from 12 to 25 mm in diameter, offering versatile and reliable support for various scientific applications.…
Product overviewThe Carl Friedrich Usbeck Tripod Clamp is a reliable and durable tool designed for laboratory setups. Made from high-quality zinc die-cast material with a powder-coated finish, it ensures superior corrosion resistance and longevity. This clamp is compatible with rods or supports ranging from 10 to 25 mm in diameter, making it versatile for a wide range of laboratory applications.…
Product overviewThe Usbeck Rod with Thread M10 600 x 12 mm Galvanised is a robust and reliable component designed for various industrial, laboratory, and construction applications. Made from galvanised steel, this rod provides excellent corrosion resistance and enhanced strength, making it ideal for secure fastening and structural assembly. With M10 threading and a 600 mm length, it is perfect for…
Product overviewThe Usbeck Rod with Thread M10 600 x 12 mm Galvanised is a robust and reliable component designed for various industrial, laboratory, and construction applications. Made from galvanised steel, this rod provides excellent corrosion resistance and enhanced strength, making it ideal for secure fastening and structural assembly. With M10 threading and a 600 mm length, it is perfect for…
Product overviewThe Usbeck Ring (70 mm OD), made from galvanized steel, is a durable and versatile component designed for use in laboratory and industrial settings. This high-quality steel ring offers excellent corrosion resistance and strength, making it ideal for supporting apparatus, equipment, or vessels during experiments. Its robust construction ensures reliable performance and long-lasting use. The 70 mm outer diameter…
Product overviewThe Usbeck Rod Without Thread is a high-quality stainless steel rod, measuring 250 x 12 mm. Designed for general-purpose support in laboratory and industrial setups, this unthreaded rod is corrosion-resistant and ideal for applications requiring clean, smooth support without threaded connections.Key Features: Brand: Usbeck Thread: None Dimensions: 250 mm length x 12 mm diameter Material: Durable stainless steel Application:…
Product overviewThe Carl Friedrich Usbeck Double Socket is designed for securely holding rods up to 16mm in diameter. Made from durable zinc die-cast and powder-coated for extra corrosion resistance, this double socket is ideal for laboratory setups, offering strong, reliable support for rods in various applications. Key Features: Brand: Carl Friedrich Usbeck Material: Zinc die-cast with powder coating for added…
Product overviewThe Usbeck Rod with Thread M10 450 x 12 mm Galvanised is a high-quality, durable rod designed for various applications in laboratory, industrial, and construction settings. Made from galvanised steel, this rod offers excellent corrosion resistance and strength. With an M10 thread and dimensions of 450 mm length and 12 mm diameter, it is ideal for use in assembling…
Product overviewThe Usbeck Rod with Thread M10 450 x 12 mm Galvanised is a high-quality, durable rod designed for various applications in laboratory, industrial, and construction settings. Made from galvanised steel, this rod offers excellent corrosion resistance and strength. With an M10 thread and dimensions of 450 mm length and 12 mm diameter, it is ideal for use in assembling…
Product overviewThe Carl Friedrich Usbeck Double Socket securely holds rods up to 16mm in diameter. Constructed from zinc die-cast material and powder-coated for enhanced durability, this socket ensures a long-lasting and corrosion-resistant solution for laboratory setups. Key Features: Brand: Carl Friedrich Usbeck Material: Zinc die-cast with powder coating for durability Compatibility: Fits rods up to 16mm in diameter Application: Ideal…
