Last Updated： Aggregation Period:Jan 07, 2026～Feb 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 07, 2026～Feb 03, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jan 07, 2026～Feb 03, 2026
This ranking is based on the number of page views on our site.
1～21 item / All 21 items
![Anti-rust material "ZAP" application example [Ship (tanker) outer plate]](https://image.www.ipros.com/public/product/image/370/360201040/IPROS_16598432146570117000.jpg?w=280&h=280)
Anti-corrosion material "ZAP" application example [Ship (tanker) outer plate]
Zinc alloy anode material "ZAP," used for various applications including the outer hull of ships, ballast tanks, heat exchangers, and earth rods, suitable for seawater, brackish water, freshwater, and underground use. Example of use: outer hull of ships (tankers).
![Anti-rust material "ZAP" application example [Ship's outer plate (near the screw)]](https://image.www.ipros.com/public/product/image/37d/360201041/IPROS_11138824827167042000.jpg?w=280&h=280)
Anti-corrosion material "ZAP" application example [Ship's outer plate (near the screw)]
Zinc alloy anode material "ZAP" used for various applications such as seawater, brackish water, freshwater, and underground, including the outer hull of ships, ballast tanks, heat exchangers, and other mechanical devices like earth rods. Example of use: outer hull of ships (near the screw).
![Application example of the rust prevention material ZAP: [Ballast tank of ships (tankers)]](https://image.www.ipros.com/public/product/image/6ab/360201043/IPROS_17077665658740015000.jpg?w=280&h=280)
Anti-corrosion material "ZAP" application example [Ship (tanker) ballast tank]
Zinc alloy anode material "ZAP," used for various applications including the outer hull of ships, ballast tanks, heat exchangers, and earth rods, suitable for seawater, brackish water, freshwater, and underground use. Example of use: [Ballast tank of ships (tankers)]
![Rust preventive material "ZAP" application example [Condenser]](https://image.www.ipros.com/public/product/image/e0d/360201044/IPROS_15691844652119880000.jpg?w=280&h=280)
Anti-corrosion material "ZAP" application example [Condenser]
Zinc alloy anode material "ZAP," used for various applications such as the outer hull of ships, ballast tanks, heat exchangers, and earth rods, suitable for seawater, brackish water, freshwater, and underground use. Example of use: [condenser].
![Rust preventive material "ZAP" application example [Water chamber of heat exchangers]](https://image.www.ipros.com/public/product/image/7f4/360201045/IPROS_17226226560982155000.jpg?w=280&h=280)
Anti-corrosion material "ZAP" application example [Water chamber of heat exchangers]
Zinc alloy anode material "ZAP," used for various applications such as the outer hull of ships, ballast tanks, heat exchangers, and earth rods, suitable for seawater, brackish water, freshwater, and underground use. Example of use: [Water chamber of heat exchangers].
It is a sacrificial anode material formed from zinc shape and high alkalinity backfill material. It can be installed through drilling to suppress ongoing rebar corrosion and macrocell.
"GalvaShield CC" is a sacrificial anode material formed from a zinc shape that maintains high corrosion resistance and a highly alkaline backfill material. It can be installed using drilling techniques to suppress ongoing rebar corrosion and macrocell activity. The long-term corrosion resistance of the sacrificial anode material is significantly influenced not only by the amount of zinc but also by the quality of the backfill material (zinc accelerators) in relation to the rebar, which should not contain chlorides or bromides.
We will perform long-term electrochemical corrosion suppression and rebar rust prevention during concrete deterioration due to salt damage and neutralization.
"GalvaShield XP4" is a sacrificial anode material formed from a zinc shape that maintains high corrosion resistance and a highly alkaline backfill material. It has the highest corrosion resistance performance in the XP series. The long-term corrosion performance of sacrificial anode materials is influenced not only by the amount of zinc but also by the quality of the backfill material (zinc accelerators) in relation to the rebar, which plays a very important role (free from chlorides and bromides).
A sacrificial anode material with higher corrosion resistance and durability than conventional Galva Shield, achieving the corrosion protection effect equivalent to that of cathodic protection. (Corrosion suppression, suitable for rebar rust prevention)
"Galva Shield DAS" is a sacrificial anode material that offers higher corrosion resistance and durability than conventional Galva Shield, with expected corrosion protection effects at the level of cathodic protection. The long-term corrosion performance of sacrificial anode materials is influenced not only by the amount of zinc but also by the quality of the backfill material (zinc accelerators) in relation to the rebar (free of chlorides and bromides), which plays a very important role. Additionally, its high corrosion resistance allows for application in structures subjected to harsh environments such as splash zones and tidal zones.
Electrochemical rust prevention of reinforcing steel will be performed during concrete deterioration due to salt damage and neutralization. It will also suppress macrocell corrosion that occurs between repaired and unrepaired areas.
"GalvaShield XPT" is a sacrificial anode material formed from a zinc shape that maintains high corrosion resistance and a highly alkaline backfill material. It improves upon the conventional XP shape to enhance workability. Additionally, the long-term corrosion performance of sacrificial anode materials is significantly influenced not only by the amount of zinc but also by the quality of the backfill material (zinc accelerators) concerning the rebar (free from chlorides and bromides).
Macrocell corrosion inhibiting sacrificial anode material
The Refle Sentinel is a sacrificial anode material that utilizes the difference in ionization tendency between high-quality zinc and rebar, which is wrapped in special mortar, to supply corrosion-inhibiting current to the rebar and suppress corrosion. Additionally, its unique V-shaped cut design allows for easy and precise installation on various types of rebar.
Corrosion protection for rebar just by connecting! Its slim design allows for installation on the cover portion of structures.
The "Galva Shield F" is a small sacrificial anode material that protects rebar by utilizing the difference in ionization tendencies between zinc and iron. It is possible to suppress re-deterioration (macrocell corrosion) that occurs in structures repaired using sectional repair methods. By allowing zinc to corrode sacrificially, it forms a corrosion protection circuit that supplies a protective current opposite to the macrocell corrosion current to the rebar. 【Features】 ■ Structure that encapsulates zinc in a special mortar material ■ Thin profile with a thickness of 13mm ■ Can be installed in areas with small thickness, such as the cover portion of structures ■ No need for large external power sources or equipment ■ Easy to handle due to its compact shape, making installation work simple *For more details, please refer to the PDF document or feel free to contact us.
![Rust prevention material "ZAP" application example [Outer plates of ships (fishing boats)]](https://image.www.ipros.com/public/product/image/2a3/360201039/IPROS_14617778727428782000.jpg?w=280&h=280)
Anti-corrosion material "ZAP" application example [Outer plate of ships (fishing boats)]
Zinc alloy anode material "ZAP," used for various applications including the outer hull of ships, ballast tanks, heat exchangers, and earth rods, suitable for seawater, brackish water, freshwater, and underground use. Example of use: outer hull of ships (fishing boats).
![Application example of the rust preventive material ZAP: [Outer plate of the ship (near the screw 2)]](https://image.www.ipros.com/public/product/image/281/360201042/IPROS_13898827972727669000.jpg?w=280&h=280)
Anti-corrosion material "ZAP" application example [Ship's outer plate (near the screw 2)]
Zinc alloy anode material "ZAP," used for various applications including the outer hull of ships, ballast tanks, heat exchangers, and earth rods, suitable for seawater, brackish water, freshwater, and underground use. Example of use: [Outer hull of ships (near the screw 2)]
![Rust preventive material "ZAP" application example [cooler]](https://image.www.ipros.com/public/product/image/3a2/360201046/IPROS_11055599125153944000.jpg?w=280&h=280)
Anti-corrosion material "ZAP" application example [cooler]
Zinc alloy anode material "ZAP" used for various applications such as seawater, brackish water, freshwater, and underground, including the outer hull of ships, ballast tanks, heat exchangers, and other mechanical devices like earth rods. Example of use: [coolers].
We will conduct long-term electrochemical corrosion suppression and rebar rust prevention (macrocell corrosion suppression) during concrete deterioration due to salt damage, neutralization, and other factors.
"GalvaShield XP2" is a sacrificial anode material formed from a zinc shape that maintains high corrosion resistance and a highly alkaline backfill material. The long-term corrosion performance of sacrificial anode materials is significantly influenced not only by the amount of zinc but also by the quality of the backfill material (zinc accelerator) concerning the rebar (free of chlorides and bromides).
This is a sacrificial anode material using a hybrid system. It combines an electrical corrosion protection system with a sacrificial anode system, and like conventional systems, it does not require an external power source.
"GalvaShield FUSION" is a sacrificial anode material that utilizes a next-generation hybrid system. It combines a high-performance cathodic protection system with a sacrificial anode system that has over 20 years of proven results, allowing it to be provided without the use of an external power source, just like conventional systems. By installing "GalvaShield FUSION," a high-density cathodic protection current supplied from the built-in battery first inactivates rebar corrosion, and then it automatically transitions to the sacrificial anode system, maintaining high corrosion protection performance and a long-term protective environment. "GalvaShield FUSION," like other GalvaShield products, is formed with a highly alkaline backfill material. The long-term corrosion protection performance of the sacrificial anode material is significantly influenced not only by the amount of zinc but also by the quality of the backfill material (zinc accelerators) concerning the rebar (free of chlorides and bromides), which plays a very important role.
Forms a zinc anode layer to prevent the formation of oxygen concentration batteries! Prevents the occurrence of crevice corrosion.
"Metal Guard Paste" is a liquid anode material that combines high-purity zinc powder and flake powder in a special ratio with a weather-resistant butyl rubber-based adhesive. When applied to the target object and allowed to dry and cure, the coating possesses approximately 80% of the functionality of a zinc alloy anode. By cleaning the flange surface and applying the paste, it will create a state similar to having a zinc anode installed after curing, effectively preventing the formation of oxygen concentration cells and ensuring corrosion does not occur. [Features] - When applied and dried, the coating has approximately 80% of the functionality of a zinc alloy anode. - Effectively prevents the formation of oxygen concentration cells and ensures corrosion does not occur. *For more details, please refer to the PDF document or feel free to contact us.
![Sacrificial Anode Material "Patch Guard" [*Internal Insertion Type*]](https://image.www.ipros.com/public/product/image/777/2000460081/IPROS20198976699051601110.jpeg?w=280&h=280)
This is a "internally inserted" sacrificial anode material that suppresses the corrosion of steel materials inside reinforced concrete structures.
"Patch Guard" is a sacrificial anode material that suppresses corrosion of steel within reinforced concrete structures. Unlike conventional types, it is installed on the existing concrete side, where the risk of macrocell corrosion is high, making it less susceptible to the quality of backfill material, reducing the amount of chipping required, and facilitating easier backfilling. 【Features】 ■ As it is an "internal insertion type" installed on the existing concrete side, - Additional chipping is unnecessary - The risk of voids due to inadequate filling of backfill material is reduced - The risk of variability in construction by workers is reduced ■ Does not use an external power source ■ The anode material is compact (compared to our products), allowing application to a wide range of structures in both construction and civil engineering ■ Effectiveness can be confirmed through monitoring *For more details, please download the PDF or feel free to contact us.
Utilizing the differences in ionization tendency to suppress iron corrosion! Effective in preventing rebar corrosion!
The "Patch Guard Method" is an effective sacrificial anode material for preventing re-deterioration of repaired sections and suppressing corrosion of reinforcing steel due to the effects of salt damage and carbonation. The sacrificial anode material works by the difference in ionization tendencies between "zinc" and "iron," where zinc (the sacrificial anode material) ionizes (rusts) before iron (the reinforcing steel), thereby suppressing the corrosion of iron. Common materials that utilize this effect include "zinc-coated steel plates." 【Features】 ■ Excellent power generation performance ■ High rust prevention effect ■ Uses titanium with excellent corrosion resistance and durability ■ Easy to install ■ Does not require additional hanging *For more details, please refer to the PDF document or feel free to contact us.
Construction guidelines for zinc alloy anode material "ZAP Sheet"
We will introduce the construction guidelines for the zinc alloy anode material "ZAP sheet," which is used for various applications including the outer hull of ships, ballast tanks, heat exchangers, and earth rods, suitable for seawater, brackish water, freshwater, and underground use.
