Is the Two-slot connector for coolant, 3/4" system, JETON suitable for continuous use at working pressure up to 1.4 bar and temperatures up to +65Â°C?

Yes. Two-slot connector for coolant, 3/4" system, JETON Format is suitable for continuous use at a working pressure up to 1.4 bar and temperatures up to +65Â°C. Its material (acetal) and specified ratings indicate it is designed to operate safely within those limits.

Can the Two-slot connector for coolant, 3/4" system, JETON be used with other coolants or only specific fluids up to +65Â°C?

The Two-slot connector for coolant, 3/4" system, JETON can be used with various coolants as long as they are compatible with acetal (POM) and operate within the specified limits: working pressure up to 1.4 bar and operating temperature up to +65Â°C. It is not limited to one specific fluid, but you must avoid aggressive chemicals, strong acids, bases, or solvents that attack acetal and ensure the coolantâs temperature and pressure do not exceed the ratings. For safety and longevity, verify chemical compatibility of your specific coolant with acetal and confirm system conditions stay within the stated limits.

Does the Two-slot connector for coolant, 3/4" system, JETON resist chemical exposure from common coolant additives?

Two-slot connector for coolant, 3/4" system, JETON. made of acetal. offers good general resistance to many chemicals, but its performance with specific coolant additives depends on their chemical nature and concentration. Acetal (polyoxymethylene, POM) resists aliphatic hydrocarbons, many oils, greases, and dilute aqueous solutions, and it tolerates common inorganic salts used in coolant formulations. However, acetal is less resistant to: - Strong acids and bases (alkalis). these can cause degradation. - Strong oxidizers (e.g., concentrated peroxides, strong chlorinated oxidants). - Some solvents (strong chlorinated solvents, ketones) and highly aromatic or chlorinated compounds. - Prolonged exposure to glycol mixtures at high temperatures and high concentrations can lead to dimensional change over time compared with water. Common coolant additives include glycols (ethylene or propylene glycol), corrosion inhibitors (amines, nitrites, phosphates), anti-foaming agents, biocides, and pH adjusters. In typical concentrations used in engine and industrial coolants, acetal generally resists glycols and many corrosion inhibitors, so Two-slot connector for coolant, 3/4" system, JETON will often tolerate standard coolant blends at the stated operating conditions (up to 1.4 bar, up to +65Â°C). Caution is advised with coolants that contain strong alkaline cleaners, high concentrations of aggressive biocides, or unusual solvents. Recommendation: For specific coolant formulations, check chemical compatibility with acetal (POM) or consult the coolant and connector manufacturers. If the coolant contains strong acids/alkalis, oxidizers, or aggressive solvents, consider alternative materials or confirm long-term compatibility through testing.

Connecteur à deux sorties pour liquide de refroidissement, système 3/4″, JETON

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Matériau	P – matériau (plastique)

Connecteur à deux orifices pour liquide de refroidissement – système 3/4″. Matière : acétal. Pression de service : jusqu’à 1,4 bar. Température de service : jusqu’à +65°C.

Liste des variantes de produit

Référence article	Nom de la variante du produit	DN	BAR	Disponibilité	Prix	Quantité	Actions	Catalogue
JT-86011	Raccord à double emboîtement (système 3/4")	-	1.4	En stock	0 zł		Demande

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Connecteur à deux orifices pour liquide de refroidissement – système 3/4″. Matière : acétal. Pression de service : jusqu’à 1,4 bar. Température de service : jusqu’à +65°C.