


World's Fastest Online Shopping Destination
Of which €0.03 eco-tax(will not be included in the discount)
The S92x4 female fitting - 3'' male camlock CPP is a professional solution for connecting your IBC tanks to camlock systems. Made from glass fiber reinforced polypropylene, it guarantees a tight and durable connection for your industrial or food liquid transfers.
Ideal for professionals seeking quick installation and universal compatibility with 3-inch camlock standards.
S92x4 female fitting - 3'' male camlock CPP (Reference: 100184)
This professional CPP fitting meets the strictest requirements of industrial and food sectors. Food contact certified, it efficiently connects your S92x4 threaded IBC tanks with standard 3-inch camlock systems. Its glass fiber reinforced polypropylene design guarantees exceptional longevity even in the most demanding environments.
This fitting proves indispensable in many professional sectors. In the food industry, it enables secure transfer of syrups, oils, wines or other food liquids from IBC tanks to production units. Washing stations use it to connect their detergent product tanks to camlock distribution systems.
In agriculture, it facilitates transfer of liquid fertilizers, plant protection products or water from storage tanks to spreading equipment. Construction companies adopt it for their concrete additive tanks, while municipalities integrate it into their municipal watering systems or green space treatment.
The 30% glass fiber filled polypropylene gives this fitting remarkable mechanical properties. This composition offers high rigidity and excellent hardness, enabling resistance to significant tightening stresses without deformation. The molecular structure of polypropylene guarantees exceptional chemical resistance to acids, bases, solvents and hydrocarbons.
The S92x4 female threading strictly complies with international standards for perfect screwing onto standard IBC tanks. On the camlock side, the 3-inch male fitting universally adapts to market female couplers, ensuring total compatibility with your existing installations. The food-grade treated polymer meets FDA and CE requirements for direct contact with foodstuffs.
Installing this fitting requires no specific tools. Screw directly the S92x4 female part onto your IBC tank respecting moderate tightening torque to avoid crushing the seal. The precise threading allows effortless assembly without risk of seizing.
For camlock connection, insert the male fitting into the female coupler until the stop, then fold down the locking cams. Check tightness by performing a vacuum pressure test before commissioning. The lightness of polypropylene facilitates repeated handling without operator fatigue.
Maintenance is limited to rinsing with clean water after each use. For food applications, cleaning with sodium hydroxide or alkaline detergents has no effect on the material. Store the fitting away from direct UV to preserve its mechanical properties long term.
To maximize this fitting's performance, combine it with 3-inch camlock hoses from our professional range. Stainless steel camlock couplers offer superior lifespan in humid or corrosive environments. Provide camlock caps to protect unused connections.
In fixed installation, reinforce the connection with a clamp adapted to the diameter. For pressure applications, check pressure compatibility between your installation and fitting specifications. Avoid thermal shock that could weaken the polypropylene.
Experienced professionals recommend building a safety stock for critical parts of your installation. In winter, completely drain fittings to avoid frost damage. Food traceability requires dedicating certain fittings to specific fluids.
| Details | Specifications |
|---|---|
| CPP Reference | 100184 |
| Fitting inlet | S92x4 Female |
| Fitting outlet | 3-inch male camlock |
| Fitting type | Male / Female |
| Main material | 30% glass fiber filled polypropylene |
| Food certification | FDA and CE food contact |
| Chemical resistance | Acids, bases, solvents, hydrocarbons |
| Operating temperature | -20°C to +80°C |
Technical sheet
Specific references