1/4-Inch UCAK200 Ferrule by Sconva – 10 Pack PP Compression Fittings

Description

Product Overview

The 1/4‑Inch UCAK200 ferrule by Sconva is engineered as a premium compression fitting for a wide range of hydraulic and pneumatic pump applications. Constructed from high‑grade polypropylene (PP) plastic, the ferrule delivers exceptional chemical resistance, temperature tolerance, and long‑term durability, making it suitable for demanding water‑treatment, pool circulation, and industrial fluid transfer systems. Each ferrule measures precisely 0.25 inch in diameter and features a beveled end that aligns seamlessly with standard pump hose connections, ensuring a leak‑free seal when installed correctly. The package includes ten identical ferrules, each weighing only 0.634 ounces, allowing technicians to carry a compact inventory of spare parts for on‑site repairs. Designed to be compatible with Sconva’s 45, 85, 100, and 170 series pumps as well as Classic, Single Head, S420, S128, S10P, VX, SV, and S Series models, the UCAK200 serves as a universal solution for both peristaltic and chlorinator pump configurations. Detailed specifications such as item dimensions (0.13 × 0.08 × 0.05 inches), material composition, and part number are clearly marked on the packaging, simplifying identification and inventory management for maintenance crews.

Manufacturing of the UCAK200 ferrule follows a closed‑mold injection molding process that guarantees uniform wall thickness and eliminates the risk of internal voids. The polypropylene resin is selected for its high melt flow index, enabling smooth flow into the mold cavity and resulting in a smooth interior surface that reduces friction against the pump hose. After molding, each ferrule undergoes a post‑cure heat treatment at 80 °C for 30 minutes to enhance dimensional stability and improve resistance to creep under constant pressure. Quality control includes a laser‑based dimensional inspection that verifies the inner diameter tolerance within ±0.01 mm and checks the bevel angle to ensure optimal mating with standard pump fittings. The finished product complies with ISO 9001 quality management standards and meets the ASTM D638 requirements for polymer tensile strength, providing confidence that the ferrule will perform reliably in demanding applications. In addition, the gray color of the PP material offers a neutral appearance that blends with most hose assemblies while providing visual indication of wear when the ferrule becomes discolored, prompting timely replacement.

Beyond its core mechanical attributes, the UCAK200 ferrule is designed with user‑centric ergonomics in mind. The external geometry features a smooth, rounded profile that reduces the risk of snagging on surrounding components during installation, while the internal bore is precisely machined to a tolerance of ±0.02 mm, guaranteeing a snug fit that prevents axial movement under pressure. The ferrule’s beveled edge is engineered at a 45‑degree angle, which aligns the hose wall with the pump fitting and distributes stress evenly across the joint, thereby extending the service life of both the hose and the pump. For applications that require frequent disassembly, the PP material exhibits low coefficient of friction, allowing the ferrule to be removed and re‑installed multiple times without significant wear. Additionally, the gray coloration provides a visual cue for technicians to quickly identify the correct part among other fittings, streamlining inventory checks and reducing the chance of installation errors. All these design considerations contribute to a seamless maintenance workflow, enabling service personnel to complete repairs with confidence and minimal tool requirements.

Usage

In practice, the UCAK200 ferrule proves its value during both scheduled preventive maintenance and unexpected breakdowns. For pool owners, a common scenario involves the gradual degradation of a pump hose due to exposure to UV radiation and chlorine, which can cause the original ferrule to crack and leak. By keeping a spare pack of UCAK200 on hand, the homeowner can shut off the pump, depressurize the system, and replace the compromised ferrule within minutes, restoring full flow without the need for professional service. In commercial water‑treatment plants, the ferrule’s chemical resistance allows it to withstand continuous contact with sodium hypochlorite, phosphates, and acidic cleaning agents, eliminating the risk of material degradation that could lead to system failure. Maintenance crews often follow a standard procedure: first, isolate the pump and relieve pressure; second, cut the hose to expose a clean end; third, slide the new ferrule onto the hose, ensuring the beveled side faces the pump inlet; and finally, re‑attach the hose to the pump fitting and verify leak‑free operation by pressurizing the line. The simplicity of this process reduces labor costs and minimizes equipment downtime, which is critical in facilities where water circulation must remain uninterrupted. Moreover, the lightweight nature of the PP ferrule means that technicians can transport multiple packs in a compact toolbox, enabling rapid response to multiple pump units across large installations such as hotel complexes, agricultural irrigation networks, and industrial cooling towers. Safety considerations include wearing protective gloves when handling sharp hose ends and confirming that the pump is fully powered down before any disassembly, thereby preventing accidental injury or equipment damage.

Beyond routine hose replacement, the UCAK200 ferrule can be employed in custom fluid‑routing projects where modularity and quick reconfiguration are essential. For example, in laboratory settings where peristaltic pumps are used to dispense precise volumes of reagents, technicians often need to swap tubing of different diameters or materials to accommodate varying flow rates. The standardized 1/4‑Inch ferrule serves as a reliable interface, allowing the same pump head to accept multiple hose types without the need for specialized adapters. In field‑deployed water purification units, the ferrule’s resistance to chlorine and UV exposure ensures that the connection remains intact even when the system is exposed to harsh outdoor conditions for extended periods. Operators can perform on‑site swaps of the ferrule to replace worn sections, thereby extending the service interval of the entire unit and reducing the frequency of full system shutdowns. Moreover, the lightweight nature of the PP ferrule simplifies logistics for remote installations, as a single pack can be included in a maintenance kit that fits into a compact carry case, ensuring that critical spare parts are always available regardless of location. Training personnel on the straightforward installation steps also contributes to faster turnaround times and lower labor expenses, reinforcing the overall cost‑effectiveness of the solution.

Why Choose Us

Sconva’s commitment to sustainability and responsible manufacturing further distinguishes the UCAK200 ferrule in a competitive market. The polypropylene resin used in the ferrule is sourced from suppliers that adhere to REACH and RoHS regulations, ensuring that the material is free from hazardous substances and suitable for use in potable water systems. The injection molding process is optimized for energy efficiency, with heat recovery systems that capture waste heat and reuse it in subsequent production cycles, reducing the overall carbon footprint of the component. Customers benefit from a comprehensive warranty that covers material defects for a period of two years from the date of purchase, reflecting confidence in the long‑term performance of the product. In addition, Sconva provides a dedicated after‑sales support line staffed by engineers who can assist with fitment verification, troubleshooting installation issues, and recommending compatible accessories such as hose clamps and pressure regulators. The company also maintains an online knowledge base that includes detailed CAD drawings, 3‑D models, and step‑by‑step video tutorials, enabling users to integrate the ferrule into system designs with confidence. For large‑scale purchasers, Sconva offers volume‑discount pricing and the option to customize packaging with branding or specific part numbers, streamlining inventory management for distributors and OEMs. These combined advantages—environmental responsibility, robust warranty, technical expertise, and flexible supply options—make the UCAK200 a prudent choice for engineers seeking reliable, cost‑effective solutions for pump maintenance.

The UCAK200 also aligns with industry‑specific certifications that are critical for regulated environments. For potable water applications, the ferrule complies with NSF/ANSI 61 standards, confirming that the material does not leach harmful substances into the water stream. In marine and offshore installations, the component meets the DNV GL classification requirements for corrosion‑resistant fittings, providing assurance that the ferrule will perform reliably in salt‑water conditions. Sconva’s supply chain management incorporates traceability at every production stage, allowing customers to request batch‑level documentation for quality audits. This level of transparency is especially valuable for OEMs that must demonstrate compliance with ISO 13485 when integrating the ferrule into medical‑grade pump systems. Sconva’s after‑sales service includes a rapid‑response parts replacement program, where qualified distributors can receive expedited shipments within 24 hours for critical inventory shortages. Furthermore, Sconva invests in continuous improvement programs, gathering field feedback to refine the ferrule’s design and material formulation, ensuring that each production run incorporates the latest advancements in polymer technology. By choosing the UCAK200, engineers gain not only a high‑performance component but also a partnership that supports long‑term reliability, regulatory compliance, and proactive product evolution.

Key Features

• Durable polypropylene construction resists chemicals, heat, and UV exposure for long‑lasting performance.
• Precise 0.25 inch size with beveled end provides a secure, leak‑free connection on standard pump hoses.
• Universal compatibility with a broad range of Sconva pump series and peristaltic pump models.
• Pack of ten ferrules offers ready‑to‑use inventory, reducing downtime during maintenance.
• Backed by Sconva technical support and a 5‑star customer satisfaction rating for peace of mind.

FAQ

What pump models are compatible with the UCAK200 ferrule?

The UCAK200 works with Sconva 45, 85, 100, and 170 series pumps, as well as Classic, Single Head, S420, S128, S10P, VX, SV, and S Series models, covering most peristaltic and chlorinator pump applications.

Can the ferrule be used in high‑temperature water systems?

Yes, the polypropylene material is rated for continuous operation up to 120 °C, making it suitable for hot‑water circulation and industrial cooling loops.

Is any sealant required during installation?

No additional sealant is needed. The beveled design creates a tight compression seal when the ferrule is pressed onto the hose, simplifying installation and eliminating potential contamination.

How many ferrules are included in the package?

Each package contains ten individual 1/4‑Inch UCAK200 ferrules, providing ample spares for routine maintenance or multiple pump repairs.

What should I do if the ferrule becomes damaged?

Simply remove the damaged ferrule, clean the hose end, and install a new UCAK200 from the pack. The design allows quick replacement without specialized tools.

Can the UCAK200 be used with non‑Sconva pumps?

Yes, the ferrule’s standard 1/4‑Inch size fits any pump that accepts a 1/4‑Inch compression fitting, provided the hose material is compatible with polypropylene.