| Size (in) / DN | 1-Join Parts (caps, flanges) |
2-Join Parts (elbows, couplings) |
3-Join Parts (tees, wyes) |
|---|
| Pints(473 mL) | Quarts(946 mL) | |
|---|---|---|
| Primer | IPSP70-473 |
IPSP70-946 |
| Solvent Cement | IPS711-473 / IPS724-473 |
IPSP11-946 / IPS724-946 |
Why are the quantities in pints and quarts?
Weld-on primer and solvent cement are manufactured in the USA and use imperial measurements for their products. Fusion stocks Weld-On primer (P-70) and Solvent Cement (UPVC 711 and UPVC / CPVC 724) in pints (473ml) and quarts (946ml).
Where can I find datasheets for Weld-On Primer and Solvent Cement?
They are available directly from the manufacturer. Here are direct links:
Why should I choose Weld-On 711 or 724 solvent cement instead of cheaper PVC cement from hardware stores?
Weld-On 711 (PVC) and 724 (CPVC) are industrial-grade solvent cements designed for high-performance, high-reliability applications. They offer stronger bonding, superior gap-filling, and proven long-term performance under pressure and temperature extremes. Both meet stringent international standards (ASTM, NSF, UPC, IAPMO) and are GreenGuard Gold certified for low VOCs. Weld-On 724 also provides exceptional chemical resistance, making it ideal for aggressive industrial environments.
Cheaper cements, like typical hardware store options, may be fine for light-duty or residential work but generally lack the certifications, chemical resistance, and industrial durability required for demanding projects.
How long should I let a join set and cure before using the pipeline?
The answer depends on a few factors including the installation temperature, humidity, line pressure and join size. For your specific scenario, please check out the Weld-On Solvent Cement Average Initial Set and Cure Times Document.
