Value Collection -24962-R Rosin Core Solder Tin Silver

Product Description

The VALUE COLLECTION -24962-R is a rosin core solder formulated with a tin and silver material composition. Rosin core solder is a general-purpose joining material used across electrical, HVAC, and plumbing applications where a flux-cored wire solder is required. The rosin flux core activates during heating to clean the joint surface and promote adhesion, reducing the need for separate flux application. This solder is suited for professionals who need a reliable, flux-integrated solder for light-duty electrical connections or similar trade work.

Rosin core solder is commonly used in electrical and electronics work for soldering wire terminations, circuit connections, and component leads. It is also used in HVAC control wiring and low-voltage thermostat connections where a clean, flux-core solder is preferred. This product is sold as a single unit and is appropriate for bench repair work, field service calls, or light fabrication tasks performed by licensed electricians, HVAC technicians, and electronics technicians.

Key Features

• Rosin core design integrates flux directly into the solder wire, eliminating the need for a separate flux application step
• Tin and silver material composition for general-purpose soldering tasks
• Suitable for electrical, low-voltage control wiring, and light trade applications
• Single-unit packaging for individual job or service use

Compatibility

Designed as a general-purpose rosin core solder suitable for electrical connections, low-voltage wiring, and similar trade soldering applications where a flux-core tin-silver solder is appropriate.

Installation Notes

Rosin core solder is typically applied by electricians and HVAC technicians using a soldering iron or soldering gun. Always de-energize circuits and follow applicable NEC guidelines before soldering any electrical connection. Allow solder joints to cool undisturbed before handling to ensure a solid connection. Rosin flux residue should be cleaned from the joint surface after soldering when required by the application or manufacturer guidance.