
SCC Wax Wrap 250HT: High-Temperature Corrosion Protection
The Industry Benchmark for High-Heat Wax Wrap Technology
SCC 250HT is a high-performance, 70-mil petrolatum-based tape engineered specifically for assets operating in extreme thermal environments. By utilizing a proprietary blend of microcrystalline waxes and petrolatum, SCC 250HT achieves a market-leading operating temperature rating of up to 250°F (121°C).
While traditional high-temperature wraps often become rigid and difficult to manipulate—commonly described by field technicians as “applying cardboard”—SCC 250HT remains exceptionally pliable. This ensures a superior seal even on the most complex geometries.
Superior Performance Through Material Science
The core of SCC 250HT is a non-woven synthetic carrier, fully impregnated with a chemically inert compound of both petrolatum and microcrystalline wax with no VOCs. This unique formulation provides a dual-action defense: an impermeable barrier against moisture and oxygen, and a flexible matrix that absorbs substrate vibration and thermal movement.
Key Technical Advantages:
Technical Specifications
| Property | Value |
|---|---|
| Max Operating Temp | 250°F (121°C) |
| Melt Point | 260°F (127°C) |
| Thickness | 70 mils |
| Composition | Microcrystalline / Petrolatum Blend |
| VOC Content | 0% (VOC Free) |
| Carrier | Non-woven synthetic fiber |
| Application | Hand-applied; highly conformable |
Why Field Specialists Choose SCC 250HT
In the field, the success of a coating system depends as much on the ease of application as it does on the chemistry. SCC 250HT eliminates the common “stiffness” associated with high-heat tapes.
Because the material remains more pliable throughout the wrapping process, installers can achieve an impervious seal to outside elements without the gaps or “tenting” often found in stiffer competitor products. It is the solution the industry has been seeking: the rugged durability of a high-heat barrier combined with the ease of a standard wax wrap.
Industry Note: SCC 250HT is designed for use on minimally prepared surfaces (SSPC SP-2 or SP-3), making it an ideal choice for remediation projects where abrasive blasting is not feasible.