In-line Blending
In-line Blending
Patented on-demand in-line chemical blending and supply of chemical solutions technology
Exentec's patented on-demand in-line chemical blending and supply of chemical solutions technology can accommodate on-demand dynamic change in flow rates by the end users or points of use while maintaining precise blend accuracy. The blending system can correct a blended product that may have been temporarily stored in a tank, vessel, or supply line prior to delivery to, or on route to the end user, or to single or multiple points of use.
The blending system has the ability to track and confirm the:
- Chemical compositions of the initial system's entering chemical components
- Assays in intermediate blends
- Various final mixture blends
A continuous or in-line blending system can eliminate the large batch preparation and holding tanks, which leads to a small system volume, more product compounding flexibility, faster product formulation and turnaround, and a substantially lower capital cost. Continuous and in-line blending can reduce waste, cleanup time, and effluent volumes.
High Purity Chemical Systems
We offer equipment, field support service and technical expertise to meet various application needs of high purity fluid delivery, chemical blending and state-of-the-art CMP slurry systems for semiconductor manufacturing and other high-tech industries.
Chemical Offload
The Exentec Titan™ Transfer and Offload System automatically transfers an aqueous chemical from the tanker offload cabinet to the main distribution tanks.
Chemical Distribution
Exentec offers equipment, support service and technical expertise to meet application needs in the design and manufacturing of high and low purity chemical distribution systems.
In-Line Blending
Exentec's patented on-demand in-line chemical blending and supply of chemical solutions technology can accommodate on-demand dynamic change in flow rates by the end users or points of use while maintaining precise blend accuracy.
Chemical Generation
Exentec's NH4OH on-site chemical generation technology helps semiconductor fabs to significantly reduce their overall chemical supply costs, improve resiliency and increase ecological sustainability.