Hose Barb Elbow - Barb x MNPT

Male Elbow Hose Adapter 1 in MNPT x 1 in HB

Male Elbow Hose Adapter 1 in MNPT x 1/2 in HB

Male Elbow Hose Adapter 1 in MNPT x 3/4 in HB

Male Elbow Hose Adapter 1-1/2 in MNPT x 1-1/2 in HB

Male Elbow Hose Adapter 1-1/4 in MNPT x 1 in HB

Male Elbow Hose Adapter 1/2 in MNPT x 1/2 in HB

Male Elbow Hose Adapter 1/2 in MNPT x 3/4 in HB

Male Elbow Hose Adapter 1/2 in MNPT x 3/8 in HB

Male Elbow Hose Adapter 1/2 in MNPT x 5/8 in HB

Male Elbow Hose Adapter 1/4 in MNPT x 1/2 in HB

Male Elbow Hose Adapter 1/4 in MNPT x 1/4 in HB

Male Elbow Hose Adapter 1/4 in MNPT x 3/8 in HB

Male Elbow Hose Adapter 2 in MNPT x 2 in HB

Male Elbow Hose Adapter 3/4 in MNPT x 1 in HB

Male Elbow Hose Adapter 3/4 MNPT x 1/2 in HB

Male Elbow Hose Adapter 3/4 MNPT x 3/4 in HB

Male Elbow Hose Adapter 3/4 MNPT x 3/8 in HB

Male Elbow Hose Adapter 3/8 MNPT x 1/2 in HB

Male Elbow Hose Adapter 3/8 MNPT x 1/4 in HB

Male Elbow Hose Adapter 3/8 MNPT x 3/8 in HB

Male Elbow Hose Adapter 3/8 MNPT x 5/8 in HB

Male Elbow Hose Adapter 1-1/4 in MNPT x 1-1/4 in HB

Male Elbow Hose Adapter 1-1/4 in MNPT x 1-1/2 in HB

Male Elbow Hose Adapter 1-1/4 in MNPT x 3/4 in HB

Male Elbow Hose Adapter 1/8 MNPT x 1/4 in HB

Male Elbow Hose Adapter 3/4 MNPT x 5/8 in HB

SKU: 3EL1-
SKU: 3EL100PKG
SKU: 3EL10012PKG
SKU: 3EL10034PKG
SKU: 3EL112PKG
SKU: 3EL114100PKG
SKU: 3EL1212PKG
SKU: 3EL1234PKG
SKU: 3EL1238PKG
SKU: 3EL1258PKG
SKU: 3EL1412PKG
SKU: 3EL1414PKG
SKU: 3EL1438PKG
SKU: 3EL200PKG
SKU: 3EL34100PKG
SKU: 3EL3412PKG
SKU: 3EL3434PKG
SKU: 3EL3438PKG
SKU: 3EL3812PKG
SKU: 3EL3814PKG
SKU: 3EL3838PKG
SKU: 3EL3858PKG
SKU: 3EL114PKG
SKU: 3EL114112PKG
SKU: 3EL11434PKG
SKU: 3EL1814PKG
SKU: 3EL3458PKG

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Lititz, PA
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Features chevron-down chevron-up
Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Polypropylene is a durable polymer with excellent resistance to chemicals and leeching, making it particularly well suited for high-purity applications. Our polypropylene fittings are made from either calcium carbonate or glass fiber filled resin depending on their size and characteristics. These fillers help decrease resin cost, improve manufacturing characteristics, and enhance strength and toughness. Polypropylene fittings are generally acceptable for use at working pressures up to 150 PSI at room temperature. As with all thermoplastics, an increase in working temperature is accompanied by a decrease in operating pressure. Polypropylene can approach working temperatures of 140°F at lower pressures.

Polypropylene is resistant to a broad range of chemicals including most agricultural chemicals, acid based fertilizers, ammonium compounds, calcium carbonate, ethanol, hydrochloric acid, magnesium sulfate, oxalic acid, proprionic acid, phosphoric acid and sodium compounds.

Polypropylene fittings should not be used with aromatic hydrocarbons, carbon tetrachloride, gasoline, hexane, kerosene, nitric acid, sodium hypochlorite, toluene trichloroethylene and xylene.

Specifications chevron-down chevron-up
Date Added Oct 25, 2026
Package Length (in) 1.50"
Package Width (in) 2.25"
Package Height (in) 2.50"
Date Added Oct 25, 2026
Package Length (in) 1.50"
Package Width (in) 2.25"
Package Height (in) 2.50"
Date Added Oct 25, 2026
Package Length (in) 1.33"
Package Width (in) 2.03"
Package Height (in) 1.76"
Date Added Oct 25, 2026
Package Length (in) 1.34"
Package Width (in) 2.30"
Package Height (in) 2.18"
Date Added Oct 25, 2026
Package Length (in) 3.25"
Package Width (in) 2.00"
Package Height (in) 3.40"
Date Added Oct 25, 2026
Package Length (in) 1.74"
Package Width (in) 2.69"
Package Height (in) 2.65"
Date Added Oct 25, 2026
Package Length (in) 0.98"
Package Width (in) 1.79"
Package Height (in) 1.63"
Date Added Oct 25, 2026
Package Length (in) 0.96"
Package Width (in) 2.12"
Package Height (in) 2.06"
Date Added Oct 25, 2026
Package Length (in) 0.96"
Package Width (in) 1.80"
Package Height (in) 1.64"
Date Added Oct 25, 2026
Package Length (in) 0.97"
Package Width (in) 1.82"
Package Height (in) 1.90"
Date Added Oct 25, 2026
Package Length (in) 0.61"
Package Width (in) 1.60"
Package Height (in) 1.58"
Date Added Oct 25, 2026
Package Length (in) 0.61"
Package Width (in) 1.44"
Package Height (in) 1.50"
Date Added Oct 25, 2026
Package Length (in) 0.62"
Package Width (in) 1.56"
Package Height (in) 1.56"
Date Added Oct 25, 2026
Package Length (in) 4.50"
Package Width (in) 2.50"
Package Height (in) 4.25"
Date Added Oct 25, 2026
Package Length (in) 1.12"
Package Width (in) 2.16"
Package Height (in) 2.43"
Date Added Oct 25, 2026
Package Length (in) 1.10"
Package Width (in) 1.89"
Package Height (in) 1.75"
Date Added Oct 25, 2026
Package Length (in) 1.10"
Package Width (in) 2.25"
Package Height (in) 2.17"
Date Added Oct 25, 2026
Package Length (in) 1.10"
Package Width (in) 2.25"
Package Height (in) 2.17"
Date Added Oct 25, 2026
Package Length (in) 0.75"
Package Width (in) 1.60"
Package Height (in) 1.56"
Date Added Oct 25, 2026
Package Length (in) 0.74"
Package Width (in) 1.52"
Package Height (in) 1.40"
Date Added Oct 25, 2026
Package Length (in) 0.74"
Package Width (in) 1.55"
Package Height (in) 1.61"
Date Added Oct 25, 2026
Package Length (in) 0.73"
Package Width (in) 1.62"
Package Height (in) 1.82"
Date Added Oct 25, 2026
Package Length (in) 2.00"
Package Width (in) 3.50"
Package Height (in) 3.00"
Date Added Oct 25, 2026
Package Length (in) 3.25"
Package Width (in) 1.75"
Package Height (in) 3.50"
Date Added Oct 25, 2026
Package Length (in) 1.74"
Package Width (in) 2.60"
Package Height (in) 2.54"
Date Added Oct 25, 2026
Package Length (in) 0.63"
Package Width (in) 1.46"
Package Height (in) 1.50"
Date Added Oct 25, 2026
Package Length (in) 1.10"
Package Width (in) 1.98"
Package Height (in) 1.98"

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