| Modeling Victaulic Couplings in Piping System Stress Analysis Programs White Paper | WP-18 | |
| Leistungsfähigkeit der mechanischen genuteten Rohrverbindungen von Victaulic bei extremen Brandbedingungen White Paper | WP-35 | |
| Thermal Heat Tracing of Victaulic Grooved Piping Systems For Freeze Protection | White Paper HeatTracing | |
| Sauerstoffdiffusion in Systemen für den hydraulischen Abgleich White Paper | WP-OxygenDiffusion | |
| Victaulic Vortex™ Fire Suppression System Study, Discharge Impact On Hard Disk Drives White Paper | WP-19 | |
| United States LEED® (Leadership in Energy and Environmental Design) White Paper | WP-15 | |
| Sound Attenuation White Paper | WP-07 | |
| Piping System Design Impacts Safety in Every Phase of a Project White Paper | WP-06 | |
| Keep Your Cool Grooved Mechanical Piping Systems for Data Centers White Paper | WP-05 | |
| India LEED® (Leadership in Energy and Environmental Design) White Paper | WP-11 | |
| HQE (Haute Qualité Environmentale – High Environmental Quality) White Paper | WP-10 | |
| German Sustainable Building Certificate (GSBC) White Paper | WP-09 | |
| GREEN STAR White Paper | WP-13 | |
| Effect of Cut Grooving on Pipe End Strength White Paper | WP-16 | |
| CASBEE (Comprehensive Assessment System for Building Environmental Efficiency) White Paper | WP-12 | |
| Balancing: A Key to Improving HVAC System Operation and Control White Paper | WP-03 | |
| BREEAM (Building Research Establishment Environmental Assessment Method) White Paper | WP-14 | |
| Accommodating Thermal Expansion Piping Movement White Paper | WP-02 | |
| Accommodating Deflection, Building Creep and Settlement White Paper | WP-01 | |
| Victaulic Vortex™ Fire Suppression for Electrical and Electronic Applications White Paper | WP-08 | |
| Ability of Mechanical Pipe Joining Couplings to Withstand High Impact Shock Loads in Naval Combat Applications White Paper | WP-26 | |
| Brandbekämpfungssystem Victaulic Vortex™ mit zwei Wirkstoffen White Paper | WP-04 | |
