Lab support jacks, Aluminum
Overview
- anodized or epoxy powder-coated aluminum
- rugged construction
- stainless steel mechanisms
Cat.-No. | Plate length | Plate width | Min. height | Max. height | Max. weight | Material |
---|---|---|---|---|---|---|
B11015 | 10 cm | 10 cm | 5.5 cm | 12 cm | 10,000 g | powder-coated aluminum |
B11016 | 10 cm | 10 cm | 5.5 cm | 12 cm | 10,000 g | anodized aluminum (electrolytic oxidation process) |
B11020 | 16 cm | 13 cm | 6 cm | 27.5 cm | 30,000 g | powder-coated aluminum |
B11021 | 16 cm | 13 cm | 6 cm | 27.5 cm | 30,000 g | anodized aluminum (electrolytic oxidation process) |
B11030 | 20 cm | 20 cm | 6 cm | 27.5 cm | 30,000 g | powder-coated aluminum |
B11031 | 20 cm | 20 cm | 6 cm | 27.5 cm | 30,000 g | anodized aluminum (electrolytic oxidation process) |
B11040 | 24 cm | 24 cm | 6 cm | 27.5 cm | 30,000 g | powder-coated aluminum |
B11041 | 24 cm | 24 cm | 6 cm | 27.5 cm | 30,000 g | anodized aluminum (electrolytic oxidation process) |
B11080 | 30 cm | 30 cm | 9 cm | 47 cm | 60,000 g | powder-coated aluminum |
B11081 | 30 cm | 30 cm | 9 cm | 47 cm | 60,000 g | anodized aluminum (electrolytic oxidation process) |
B11090 | 40 cm | 40 cm | 9 cm | 47 cm | 60,000 g | powder-coated aluminum |
B11091 | 40 cm | 40 cm | 9 cm | 47 cm | 60,000 g | anodized aluminum (electrolytic oxidation process) |
Price per | Price | |||
---|---|---|---|---|
Product Detail
Our aluminum support jacks combine the solid construction of stainless steel lift mechanisms and POM rollers, with either anodized aluminum decks or durable epoxy powder-coated aluminum decks for economy and long life. The height adjustment handwheel is made of phenolic resin. Their rugged construction also provides exceptional stability, even in the larger sizes. They are popular for use in a wide variety of environments, including fume hoods, solution-baths, and marine and industrial laboratories.
A racheting handle is provided to simplify use of the larger support jacks. This handle simply slides onto the handwheel of the 30 x 30cm and 40 x 40cm support jacks to greatly reduce the effort required for raising and lowering the jack.
Cat.-No. | Plate length | Plate width | Min. height | Max. height | Max. weight | Material |
---|---|---|---|---|---|---|
B11015 | 10 cm | 10 cm | 5.5 cm | 12 cm | 10,000 g | powder-coated aluminum |
B11016 | 10 cm | 10 cm | 5.5 cm | 12 cm | 10,000 g | anodized aluminum (electrolytic oxidation process) |
B11020 | 16 cm | 13 cm | 6 cm | 27.5 cm | 30,000 g | powder-coated aluminum |
B11021 | 16 cm | 13 cm | 6 cm | 27.5 cm | 30,000 g | anodized aluminum (electrolytic oxidation process) |
B11030 | 20 cm | 20 cm | 6 cm | 27.5 cm | 30,000 g | powder-coated aluminum |
B11031 | 20 cm | 20 cm | 6 cm | 27.5 cm | 30,000 g | anodized aluminum (electrolytic oxidation process) |
B11040 | 24 cm | 24 cm | 6 cm | 27.5 cm | 30,000 g | powder-coated aluminum |
B11041 | 24 cm | 24 cm | 6 cm | 27.5 cm | 30,000 g | anodized aluminum (electrolytic oxidation process) |
B11080 | 30 cm | 30 cm | 9 cm | 47 cm | 60,000 g | powder-coated aluminum |
B11081 | 30 cm | 30 cm | 9 cm | 47 cm | 60,000 g | anodized aluminum (electrolytic oxidation process) |
B11090 | 40 cm | 40 cm | 9 cm | 47 cm | 60,000 g | powder-coated aluminum |
B11091 | 40 cm | 40 cm | 9 cm | 47 cm | 60,000 g | anodized aluminum (electrolytic oxidation process) |
Price per | Price | |||
---|---|---|---|---|
Product Detail
Our aluminum support jacks combine the solid construction of stainless steel lift mechanisms and POM rollers, with either anodized aluminum decks or durable epoxy powder-coated aluminum decks for economy and long life. The height adjustment handwheel is made of phenolic resin. Their rugged construction also provides exceptional stability, even in the larger sizes. They are popular for use in a wide variety of environments, including fume hoods, solution-baths, and marine and industrial laboratories.
A racheting handle is provided to simplify use of the larger support jacks. This handle simply slides onto the handwheel of the 30 x 30cm and 40 x 40cm support jacks to greatly reduce the effort required for raising and lowering the jack.