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Stainless steel hook clamp - GN 8330
The outstanding features of Stainless Steel-Hook clamps GN 8330 are superior functionality and design. The integrated spring mechanism holds the locking lever and the clamping hook in the open position and allows effortless operation.
Once the dead center is exceeded,...
Stainless steel hook clamp - GN 8330
The outstanding features of Stainless Steel-Hook clamps GN 8330 are superior functionality and design. The integrated spring mechanism holds the locking lever and the clamping hook in the open position and allows effortless operation.
Once the dead center is exceeded, the elasticity of the sheet metal parts will cause the hook clamp to close. In the clamped position, the required drill hole spacing is m2.
With the stroke w of the clamping hook, the elements to be connected can be pulled together during clamping.
The locking mechanism can be secured via the drill hole using spring-loaded plugs. Lead seals may also be attached via d2.
The retaining force given in the table is a guide value for the potentially static tensile stress load acting on the hook clamp. Depending on the conditions of use (e.g. when exposed to vibrations or shock impact), the retaining force may be impaired.
Screws with low-lying flat head must be used to guarantee the proper function. The drill template also allows the assembly using blank rivets.
Once the dead center is exceeded, the elasticity of the sheet metal parts will cause the hook clamp to close. In the clamped position, the required drill hole spacing is m2.
With the stroke w of the clamping hook, the elements to be connected can be pulled together during clamping.
The locking mechanism can be secured via the drill hole using spring-loaded plugs. Lead seals may also be attached via d2.
The retaining force given in the table is a guide value for the potentially static tensile stress load acting on the hook clamp. Depending on the conditions of use (e.g. when exposed to vibrations or shock impact), the retaining force may be impaired.
Screws with low-lying flat head must be used to guarantee the proper function. The drill template also allows the assembly using blank rivets.
Mixer impeller - G448
G448 Combined impellers.
Use of wall and central impellers operated independently of one another...
Use of wall and central impellers operated independently of one another...
Mixer impeller - G448
G448 Combined impellers.
Use of wall and central impellers operated independently of one another in
both rotational directions. G448 impeller ensures short mixing times and efficient heat transfer, central impeller enables high local power input with dissolver and extremely good surface motion and a further reduction in the blend time with Sunkaier A830 type impeller.
Use of wall and central impellers operated independently of one another in
both rotational directions. G448 impeller ensures short mixing times and efficient heat transfer, central impeller enables high local power input with dissolver and extremely good surface motion and a further reduction in the blend time with Sunkaier A830 type impeller.
Mixer impeller / axial-flow - P300
P300 Propeller, single stage (standard), 3-bladed propeller( for medium speeds). Most common impellers...
Mixer impeller / axial-flow - P300
P300 Propeller, single stage (standard), 3-bladed propeller( for medium speeds). Most common impellers of high discharge and low shearing type deriving from marine propellers. the high-velocity axial flow containing swirls is associated with a wake flow that creates a large circulating flow. Recommended for applications requiring moderate pumping action and powder-wetting capabilities.
Mixer impeller / Rushton turbine / radial-flow - R422
R442 Radial Impeller, classic 90 degree flat blade turbine design (...
Mixer impeller / Rushton turbine / radial-flow - R422
R442 Radial Impeller, classic 90 degree flat blade turbine design ( Rushton impeller), radial design provides shear to achieve good contacting for liquid-liquid and gas-liquid dispersions and emulsions. Recommended for high shear mixing and gas dispersion applications.
Mixer impeller / helical ribbon / axial-flow
Impellers are essential tools in meeting the mixing process requirement. Zucchetti's impellers have been developed and...
Mixer impeller / helical ribbon / axial-flow
Impellers are essential tools in meeting the mixing process requirement. Zucchetti's impellers have been developed and studied to ensure the efficiency. These impellers include screws, bar turbines, counter-flow impellers, curved blade turbines, single and double helical ribbons, and the like. Other impellers which were also subjected to research are hydrofoil high efficiency impellers, pitched blade turbines, propeller marine types, and radial blade turbines.