Overview
WXDIC 7050 is a high molecular weight, bisphenol A type solid epoxy resin prepared by the reaction of liquid epoxy resin and bisphenol A. As one of the recommended international brand products in our resin range, this resin is supplied with supply chain resource support for formulators sourcing a solid epoxy resin for baking paint and powder coating systems.
Description of WXDIC 7050
WXDIC 7050 is mainly mixed with melamine, phenolic resin, polyester resin, and other curing agents used in the field of baking paint. It can also be used with isocyanate crosslinking agent as a binder in a room temperature curing system, or as a flow regulator in epoxy powder coatings.
Finishes made from this resin are suited to metal decoration, tank inside and outside coatings, plumbing, and other industrial uses.
Typical Applications
- General anticorrosion coatings
- Drying of the lacquer that bake
- Coil coating
- Insulating powder coating
- Can use coating
This range of applications makes this resin relevant for fabricators working in building and construction and industrial coating segments where baking paint or powder coating systems are used.
Why Molecular Weight Matters for WXDIC 7050
Solid epoxy resins with a higher molecular weight are generally selected over lower molecular weight grades when a coating formulation needs to balance flow, film build, and mechanical toughness in the cured finish.
Because this resin is designed to work with multiple curing agent types, including melamine, phenolic resin, polyester resin, and isocyanate crosslinking agents, formulators have flexibility to pair it with the curing chemistry already established in their existing baking paint or room temperature curing line rather than redesigning the process around a single curing agent.
Its role as a flow regulator in epoxy powder coatings is also relevant for coaters focused on achieving a consistent, smooth film across a range of substrate geometries.
What to Consider When Sourcing WXDIC 7050
When sourcing a solid epoxy resin for baking paint, powder coating, or coil coating applications, formulators typically evaluate compatibility with their existing curing agent, target film properties, and application method against their process specification.
Working with a supplier that can provide consistent documentation and responsive technical support can help reduce qualification time when approving a new epoxy resin grade for a production line.
Because this resin can be paired with several different curing agent chemistries, buyers should confirm which combination has been validated for their specific coating system before finalizing a formulation for metal decoration, tank coating, or plumbing applications.
Common Coating Formulation Considerations
Coaters working with baking paint systems typically run a trial batch before committing to full production, since bake schedule, film thickness, and substrate preparation can all affect how a solid epoxy resin performs alongside a given curing agent. This step is particularly relevant for metal decoration and tank coating applications, where surface appearance and corrosion resistance both need to be confirmed under actual production conditions rather than lab-scale trials alone.
For powder coating formulators, flow behavior during the bake cycle is often the property that determines whether a coating meets appearance requirements, so testing across the intended cure temperature range is generally recommended before finalizing a formulation using this resin as a flow regulator.
General Handling and Storage Guidance
As with most solid epoxy resins, this product should be kept in its original, tightly sealed container, stored in a cool, dry location away from direct sunlight and moisture, and used within the manufacturer’s recommended shelf life.
Shelf life and specific storage recommendations vary by batch and packaging format, so formulators should always confirm current shelf life, recommended storage conditions, and any handling precautions against the latest technical data sheet and SDS for the specific batch of WXDIC 7050 they are working with.
Where to Source This Product
Thousands Chemicals connects formulators with WXDIC 7050 and related epoxy resin products through our digital B2B marketplace. Coating film performance and curing behavior are commonly evaluated using test methods published by organizations such as ASTM International. Our team can help confirm packaging, lead times, and technical documentation for your target application and order volume.
Documentation We Can Provide
For buyers evaluating this resin for a new baking paint, powder coating, or coil coating formulation, our team can help arrange the current technical data sheet and safety data sheet. Having this documentation in hand before finalizing a formulation can help avoid delays later in your qualification or approval process.
FAQ
What is WXDIC 7050 used for?
It is used in general anticorrosion coatings, baking paint, coil coating, insulating powder coating, and can use coating, with finishes suited to metal decoration, tank coatings, and plumbing.
What type of resin is WXDIC 7050?
It is a high molecular weight, bisphenol A type solid epoxy resin prepared by the reaction of liquid epoxy resin and bisphenol A.
What curing agents can be used with WXDIC 7050?
It is mainly mixed with melamine, phenolic resin, or polyester resin as a curing agent for baking paint, and can also be used with an isocyanate crosslinking agent in room temperature curing systems.
Can you provide technical documentation and bulk pricing?
Yes, technical data sheets and SDS documentation are available on request, and our team can provide bulk pricing and lead times based on your target volume and delivery location.
Get a Quote for WXDIC 7050
Contact our team for a quote, technical data sheet, or SDS for this solid epoxy resin. We support bulk supply and global shipping for formulators sourcing WXDIC 7050 for baking paint, powder coating, and coil coating applications.
