Buffalo Splits, Veg Tanned (Natural)
Buffalo Splits, Veg Tanned (Natural)
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This is a full vegetable-tanned buffalo split leather, produced from the lower fibre layers remaining after the grain section has been separated from the hide.
Unlike full grain leather, splits expose the inner fibre structure of the hide rather than the natural grain surface. This gives the leather a more open, workable character with excellent forming ability, strong glue adhesion, and high versatility for workshop use.
One side has a slightly smoother compressed surface created during splitting, while the opposite side has a soft, suede-like texture.
Because it is unfinished and highly adaptable, this leather is ideal for practice work, prototyping, reinforcement layers, wet-formed components, and rugged utility leather goods.
Why This Leather is Excellent for Practice & Prototyping
This is one of the most economical ways to practise leathercraft without constantly worrying about wasting expensive leather. You can comfortably use it for testing patterns, practising stitching and edging, experimenting with dyes and finishes, learning wet forming, and building prototypes before moving to premium leather.
Wet Forming & Structural Use
When wetted, the leather becomes highly shapeable and can be moulded around curves, forms, and structures. Once dried, it firms up significantly and retains much of that shape. This makes it extremely useful for structured bag panels, cases and sheaths, internal stiffeners, reinforcement layers beneath softer leather, and moulded leather parts.
Specifications
| Specification | Details |
|---|---|
| Type of Leather | Buffalo split |
| Tannage | Full vegetable tanned |
| Surface | Smooth split side + suede-like reverse |
| Finish | Unfinished |
| Temper | Medium-firm (varies by thickness) |
⚠️ As a split leather, thickness can vary noticeably across the panel — this is inherent to the splitting process and not a defect. You may also find occasional shallow cut marks or scoring lines on the surface from the splitting machinery; these are superficial and do not affect the structural integrity or usability of the panel for most applications.
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