ResinTech AGC-50 CS-Si 0.5 is a silver impregnated dry 20 x 50 mesh coconut shell based granular activated carbon. It has silver chemically dispersed into the carbon pores. AGC-50 CS-Si 0.5 is intended for use in potable water where it is necessary to inhibit the growth of bacteria and for the removal of Iodine 129.

ResinTech AGC-50 X is a dry 20 x 50 mesh bituminous coal based granular activated carbon having relatively high surface area and large pores. ResinTech AGC-40 X is intended for chlorine or NOM removal where rapid adsorption is required. It is Gold Seal Certified by the WQA for use in potable water applications.

Semi moist 20x50 mesh bituminous coal-based granular activated carbon. Dust-free and acid-washed to neutralize pH and conductivity when first used. Large pores and high capacity for taste and odor removal. Intended for use in dechlorinating water, reducing organics, and as pre-treatment for RO and ion exchange systems.

ResinTech AGC-50-P65 is a California Prop 65 certified acid washed 20 x 50 mesh coconut shell based granular activated carbon. It is California Prop 65 compliant and is Gold Seal Certified by the WQA for use in potable water applications. It has fine mesh size, coconut shell base material, and small pores.

ResinTech AGC-F400 AW is Calgon Filtrasorb 400 coal-based granular activated carbon, Iodine number 1000 (mg/m)

ResinTech AGC-PFx is a premium grade, semi-moist, acid-washed, coconut shell-based granular activated carbon. It has chemically enhanced pore size to facilitate the removal of Per- and Polyfluoroalkyl compounds (PFCs) such as PFOS, PFOA, and others.

AGC-40-CTL is a unique catalytic 12 x 40 meshcoconut shell carbon that can be utilized in the liquid phase. Specific applications include chloramines and hydrogensulfide removal from potable, process and other waters andperoxide destruction.

AGC40-CTR is a granular activated carbon designed for professional water treatment applications.

AGC40-CTR-AW is an acid-washed, unique catalytic 12 x 40 mesh bituminous activated carbon that can be utilized in the liquid phase for the promotion of oxidation, reduction, decomposition, substitution, and elimination reactions.

AGC40-CTR-NDS is a granular activated carbon designed for professional water treatment applications.

Anthracite filter media is produced from the highest quality anthracite available to ensure the physical characteristics of hardness, durability and performance. Anthracite typically produces consistent improvements in turbidity removal because, in part, to more efficient solids loading.

Gravel provides essential support and flow distribution in filter systems through graduated layers ranging from 2-50mm. Larger sizes at the bottom prevent media loss while supporting even water distribution during operation and backwashing.

Gravel provides essential support and flow distribution in filter systems through graduated layers ranging from 2-50mm. Larger sizes at the bottom prevent media loss while supporting even water distribution during operation and backwashing.

Gravel provides essential support and flow distribution in filter systems through graduated layers ranging from 2-50mm. Larger sizes at the bottom prevent media loss while supporting even water distribution during operation and backwashing.

Gravel provides essential support and flow distribution in filter systems through graduated layers ranging from 2-50mm. Larger sizes at the bottom prevent media loss while supporting even water distribution during operation and backwashing.

Well known for its hardness and durability, Garnet has a high specific gravity as well as its chemical and abrasive resistance makes garnet an ideal filter media. Garnet effectively removes fine suspended solids due to its angular shape and hardness rating of 6.5-7.5 on the Mohs scale. Its density allows for sharp separation in multi-media filters while requiring minimal backwash water. Chemically inert and non-metallic, it occurs in large sizes for support beds and smaller sizes for cap beds, allowing faster back flushing. Ask for specific sizes.