B-54W Harsel (Air Mixing Type Water Tank)
This is a hull cell structure that allows for air agitation.
●Made of transparent acrylic resin ●Capacity: 267 ml
- Company:山本鍍金試験器
- Price:Other
1~9 item / All 9 items
This is a hull cell structure that allows for air agitation.
●Made of transparent acrylic resin ●Capacity: 267 ml
It is a testing device for plating.
This is a Harsel that can be used for plating at high temperatures above 65°C, utilizing a constant temperature bath. ● Made of transparent glass ● Capacity: 267ml
This is a hull cell structure that incorporates a heater at the bottom and allows for air agitation.
●Made of transparent acrylic resin ●Capacity: 267 ml
By making the cathode plate longer than that of a standard Harsel, it has become easier to observe the low current region.
●Made of transparent acrylic resin ●Capacity: 430ml
By making the cathode plate longer than that of a standard halocell, it has become easier to observe the low current region.
●Made of transparent acrylic resin ●Capacity: 430ml
It is for soldering and tin plating.
●Made of transparent acrylic resin ●Capacity: 267ml
By making the cathode plate longer than that of a standard Harsel, it has become easier to observe the low current region.
This is a type of Harsel that is optimal for barrel plating and alloy plating. The length of the cathode is twice the usual size (200mm). It does not have an air agitation function. ● Made of transparent acrylic resin ● Capacity: 430ml
Fixing a perforated Harsel to the corner-shaped water tank prevents intense temperature rise.
This is a Halcell specifically for hexavalent chromium plating, which experiences a rapid temperature increase. A perforated Halcell is fixed inside a 1L square tank. ● Made of PVC ● Capacity: 1L
You can easily understand the current density distribution just by applying it to the long-hull cell cathode plate without doing complicated calculations.
It is used against the Harsel cathode plate. This method for calculating current density uses a formula developed uniquely by our company. It becomes easier to observe the plating state at each current density.