Tamco PVC Mixing Paddles | 24" to 96"
- Material Composition: 100% polyvinyl chloride (PVC) construction with PVC pipe handle and rubber end cap.
- Size Range: 24", 36", 48", 60", 72", 84", and 96" paddle lengths.
- Temperature Rating: Designed for mixing applications at temperatures up to 140°F.
- Configuration: Long-handle manual mixing paddles for tanks, vats, drums, and other containers.
- Color: Gray PVC construction.
Tamco PVC Mixing Paddles are manual mixing tools designed for blending chemicals, solutions, liquids, and process materials in tanks, vats, drums, and similar containers. Manufactured from 100% polyvinyl chloride, these paddles provide a nonmetallic contact surface for applications requiring PVC material compatibility. Available in lengths from 24 inches through 96 inches, the range supports shallow containers as well as deeper tanks and vats. Each paddle uses a PVC pipe handle with a rubber end cap for gripping during manual operation. The PVC construction is designed for operating temperatures up to 140°F and is supplied in a gray finish. Configuration Analysis
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Paddle Length and Mixing Depth Tamco PVC Mixing Paddles are offered in 24", 36", 48", 60", 72", 84", and 96" lengths, allowing the paddle configuration to be matched to container depth and operator reach requirements. Shorter 24" and 36" models are suited to smaller vessels where the material can be reached without an extended shaft. Intermediate 48" and 60" paddles provide additional reach for drums, processing vessels, and medium-depth tanks. The 72", 84", and 96" configurations are intended for deeper vats and tanks where additional handle length allows manual agitation below the upper liquid level.
PVC Construction and Chemical Contact The paddles are manufactured from 100% polyvinyl chloride rather than carbon steel, stainless steel, aluminum, or wood. PVC provides a nonmetallic surface that can be used with many aqueous chemicals, cleaning solutions, treatment compounds, and industrial process liquids. Material compatibility should be confirmed for the specific chemical, concentration, and operating temperature involved. The handle is constructed from PVC pipe and terminates in a rubber end cap. This construction minimizes exposed metallic components in the mixing area and supports applications where contact with metal mixing tools is undesirable. Temperature and Operating Conditions The PVC construction is rated for applications up to 140°F. Temperature limits should be evaluated together with chemical concentration and mechanical loading because PVC properties can change as operating temperatures increase. Manual mixing procedures should avoid excessive bending, impact, or leverage against tank walls. Operators should also consider the viscosity and density of the material being mixed, particularly when using longer paddles where greater leverage can place additional stress on the shaft and paddle assembly.
Application and Compliance Considerations These mixing paddles are process tools rather than shipping containers, so UN hazardous-material packaging ratings and DOT packaging classifications do not apply to the paddle itself. OSHA requirements may still apply to the workplace operation, including chemical handling procedures, personal protective equipment, hazard communication, and exposure controls. Facilities handling regulated chemicals should evaluate the paddle material against the chemical manufacturer's Safety Data Sheet and established operating procedures before use.
Chemical, Agricultural, and Processing Uses PVC mixing paddles can be used for manual blending in chemical processing, water treatment, agriculture, maintenance, manufacturing, and other industrial operations. Typical uses include mixing diluted chemicals, cleaning solutions, treatment compounds, fertilizers, process liquids, and other compatible materials stored in tanks or vats. Longer configurations support deep-vessel mixing, while shorter models provide greater control in smaller containers. For food, pharmaceutical, or sanitary processing applications, users should independently verify that the selected paddle meets the facility's required material, sanitation, and regulatory standards.
Choosing a PVC Mixing Paddle Selection should begin with container depth, access opening, chemical compatibility, liquid temperature, and product viscosity. The paddle should provide sufficient length to reach the intended mixing zone without requiring the operator to overextend. Chemical resistance must be evaluated against both the PVC paddle and rubber end cap. Applications approaching the 140°F temperature limit require additional consideration of chemical exposure and mechanical loading. Buyers should also determine whether manual agitation provides sufficient circulation for the vessel volume or whether powered mixing equipment is required for higher-viscosity materials or continuous processing.
| Product | Length | Material | Maximum Temperature | Handle Construction | Primary Configuration |
|---|---|---|---|---|---|
| Tamco 24" PVC Mixing Paddle | 24" | 100% PVC | Up to 140°F | PVC Pipe with Rubber End Cap | Short-Reach Manual Mixing |
| Tamco 36" PVC Mixing Paddle | 36" | 100% PVC | Up to 140°F | PVC Pipe with Rubber End Cap | Short-to-Medium Reach Mixing |
| Tamco 48" PVC Mixing Paddle | 48" | 100% PVC | Up to 140°F | PVC Pipe with Rubber End Cap | Medium-Depth Vessel Mixing |
| Tamco 60" PVC Mixing Paddle | 60" | 100% PVC | Up to 140°F | PVC Pipe with Rubber End Cap | Tank and Vat Mixing |
| Tamco 72" PVC Mixing Paddle | 72" | 100% PVC | Up to 140°F | PVC Pipe with Rubber End Cap | Deep Tank and Vat Mixing |
| Tamco 84" PVC Mixing Paddle | 84" | 100% PVC | Up to 140°F | PVC Pipe with Rubber End Cap | Extended-Reach Tank Mixing |
| Tamco 96" PVC Mixing Paddle | 96" | 100% PVC | Up to 140°F | PVC Pipe with Rubber End Cap | Maximum-Depth Manual Mixing |
Paddle Length and Mixing Depth Tamco PVC Mixing Paddles are offered in 24", 36", 48", 60", 72", 84", and 96" lengths, allowing the paddle configuration to be matched to container depth and operator reach requirements. Shorter 24" and 36" models are suited to smaller vessels where the material can be reached without an extended shaft. Intermediate 48" and 60" paddles provide additional reach for drums, processing vessels, and medium-depth tanks. The 72", 84", and 96" configurations are intended for deeper vats and tanks where additional handle length allows manual agitation below the upper liquid level.
PVC Construction and Chemical Contact The paddles are manufactured from 100% polyvinyl chloride rather than carbon steel, stainless steel, aluminum, or wood. PVC provides a nonmetallic surface that can be used with many aqueous chemicals, cleaning solutions, treatment compounds, and industrial process liquids. Material compatibility should be confirmed for the specific chemical, concentration, and operating temperature involved. The handle is constructed from PVC pipe and terminates in a rubber end cap. This construction minimizes exposed metallic components in the mixing area and supports applications where contact with metal mixing tools is undesirable. Temperature and Operating Conditions The PVC construction is rated for applications up to 140°F. Temperature limits should be evaluated together with chemical concentration and mechanical loading because PVC properties can change as operating temperatures increase. Manual mixing procedures should avoid excessive bending, impact, or leverage against tank walls. Operators should also consider the viscosity and density of the material being mixed, particularly when using longer paddles where greater leverage can place additional stress on the shaft and paddle assembly.
Application and Compliance Considerations These mixing paddles are process tools rather than shipping containers, so UN hazardous-material packaging ratings and DOT packaging classifications do not apply to the paddle itself. OSHA requirements may still apply to the workplace operation, including chemical handling procedures, personal protective equipment, hazard communication, and exposure controls. Facilities handling regulated chemicals should evaluate the paddle material against the chemical manufacturer's Safety Data Sheet and established operating procedures before use.
Chemical, Agricultural, and Processing Uses PVC mixing paddles can be used for manual blending in chemical processing, water treatment, agriculture, maintenance, manufacturing, and other industrial operations. Typical uses include mixing diluted chemicals, cleaning solutions, treatment compounds, fertilizers, process liquids, and other compatible materials stored in tanks or vats. Longer configurations support deep-vessel mixing, while shorter models provide greater control in smaller containers. For food, pharmaceutical, or sanitary processing applications, users should independently verify that the selected paddle meets the facility's required material, sanitation, and regulatory standards.
Choosing a PVC Mixing Paddle Selection should begin with container depth, access opening, chemical compatibility, liquid temperature, and product viscosity. The paddle should provide sufficient length to reach the intended mixing zone without requiring the operator to overextend. Chemical resistance must be evaluated against both the PVC paddle and rubber end cap. Applications approaching the 140°F temperature limit require additional consideration of chemical exposure and mechanical loading. Buyers should also determine whether manual agitation provides sufficient circulation for the vessel volume or whether powered mixing equipment is required for higher-viscosity materials or continuous processing.
