NO-DRIP VALVE SS UHMW WIDE RATIO
Product code: 7429488
Two-component piston valve with ball seat
Designed for low-viscosity, free-flowing materials, abrasive or filled materials, and high-flow applications.
• Stainless steel model with ultra-high molecular weight polyethylene (UHMW-PE) seals for chemical compatibility.
• Three-port valve for materials of disparate viscosity or for volume ratios > 5:1. More
Designed for low-viscosity, free-flowing materials, abrasive or filled materials, and high-flow applications.
• Stainless steel model with ultra-high molecular weight polyethylene (UHMW-PE) seals for chemical compatibility.
• Three-port valve for materials of disparate viscosity or for volume ratios > 5:1. More
Parameters
| 1K/2K | Two Component |
|---|---|
| Type | Piston |
| Wetted material | UHMW |
BENEFITS
- Longer life: Wear-resistant seals and hardened components for high reliability.
- Unrestricted flow: Internal design allows free flow of high-viscosity materials.
- Process safety: Split-design strictly separates fluid from air components.
- Snuf-Bak control: Available with adjustable stroke for precise regulation.
- Quality dispensing: No-drip feature enables instantaneous material shut-off.
- Precision consistency: Ensures immediate valve closure without dripping.
FEATURES
- Mixing: Uses disposable static and bayonet mixers.
- Durability: Hardened and ground spools for long-term precision.
- Automation: Machined faceplate with dowel holes for easy mounting.
- Construction: Available in stainless steel or aluminum.
- Maintenance: Unique design for easy service and multiple seal options.
TECHNICAL SPECIFICATIONS
| Parameter | Value |
| Dry Weight | 1.4 kg (3 lbs) |
| Valve Height / Diameter | 14.1 cm / 5.56 cm |
| Max. Stroke Height | 7.11 cm (2.80") |
| Max. Fluid Inlet Pressure | 241 bar (3500 psi) |
| Min. Air Inlet Pressure | 4.2 bar (60 psi) |
| Operation | Double-acting air (air open / air close) |
| Application | All two-component dispensing systems |
| Valve Type | 3 Port Nose, Wide Ratio |
Documents and 3D models
Data sheet
(pdf, 680.6 kB)


