Description
Wholesale Emu Oil Heel Balm
A foot-care balm with emu oil, urea, glycerin, aloe vera, manuka and tea tree. Available in 50ml and 150ml sizes for focused application to heels and other rough external areas.
Product Details
- Product type
- Leave-on heel and foot balm
- Available sizes
- 50ml and 150ml
- Key ingredients
- Emu oil, urea, glycerin, aloe vera, manuka and tea tree
- Texture
- Rich cream-balm
- Supply type
- Wholesale and commercial supply
Texture and Application Profile
The balm has a rich, spreadable texture that remains in place on focused areas. It absorbs gradually and leaves a conditioned finish suited to evening foot-care routines.
Typical Use
Suitable for foot-care retailers, salons, pedicure services and trade customers seeking an emu oil heel balm in two practical sizes.
Wholesale Supply
Supplied for trade customers, retailers, salons and businesses placing regular commercial orders. Contact us to discuss repeat supply, larger quantities or product documentation.
How to Use
Apply to clean, dry heels and massage until distributed. Allow the product to absorb before walking on smooth surfaces.
Storage and Handling
Store in a cool, dry place away from direct sunlight and sources of heat. Keep the container closed between uses and refer to the product label or batch documentation for shelf-life information.
Lead Times and Documentation
Lead time is up to 5 working days. Please contact us before ordering to confirm the exact timescale for your required quantity.
Safety Data Sheets and Certificates of Analysis are available on request.
Important Information
FOR EXTERNAL USE ONLY. Do not apply to open cracks, broken skin or infected areas. Avoid contact with eyes. Carry out a patch test before first use.
Natural variation in colour, aroma or consistency may occur between batches. Individual results may vary.
Minimum Order Quantity
The minimum order quantity for this product is 25 units. This requirement applies to each individual product and cannot be combined with other products, sizes or variants to meet the minimum quantity.