PowrTwin 12000 Plus DI Gun Manifold Assemblies(Optional) Parts

Titan 814-002 Nipple

Item No: 1

Part #: 814-002

OEM Titan Fluid Component Titan 814-002 Nipple is an OEM hexagonal reducing nipple that c...

$25.10

QTY:

Titan 814-004 Nipple

Item No: 1A

Part #: 814-004

OEM Titan Fluid Component Titan 814-004 Nipple is an OEM hexagonal nipple that provides a...

$19.00

QTY:

Titan 940-553 Valve Ball

Item No: 2

Part #: 940-553

OEM Titan Fluid Control Component Titan 940-553 Valve Ball is an OEM tungsten carbide bal...

Retail Price: $134.00

You save: $13.94 (10.40%)

Our Price: $120.06

QTY:

Titan 941-555 Ball Valve

Item No: 2A

Part #: 941-555

OEM Titan Fluid Control Component Titan 941-555 Ball Valve is an OEM high-performance bal...

Retail Price: $157.90

You save: $19.74 (12.50%)

Our Price: $138.16

QTY:

Titan 227-006 Outlet Fitting

Item No: 3

Part #: 227-006

OEM Titan Fluid Component Titan 227-006 Outlet Fitting is an OEM precision-machined fitti...

$18.50

QTY:

Titan 808-555 Fitting

Item No: 3A

Part #: 808-555

OEM Titan Fluid Component Titan 808-555 Fitting is an OEM NPT-to-NPS fitting used to conn...

Retail Price: $43.00

You save: $3.27 (7.60%)

Our Price: $39.73

QTY:

Titan 227-033 Pipe Plug

Item No: 4

Part #: 227-033

Official Titan / Speeflo Pneumatic Sealing Component Titan 227-033 Pipe Plug is a genuine OEM...

$5.40

QTY:

Titan 970-100 Manifold Block, 3/8

Item No: 5

Part #: 970-100

OEM Titan Fluid Distribution Component Titan 970-100 Manifold Block, 3/8" is an OEM preci...

Retail Price: $180.30

You save: $22.54 (12.50%)

Our Price: $157.76

QTY:

Titan 814-004 Nipple

Item No: 6

Part #: 814-004

OEM Titan Fluid Component Titan 814-004 Nipple is an OEM hexagonal nipple that provides a...

$19.00

QTY:

PowrTwin 12000 Plus DI Gun & Manifold Assemblies (Optional) Parts

The PowrTwin 12000 Plus DI Gun & Manifold Assemblies (Optional) Parts are designed to improve fluid distribution, spray control, and multi-gun operation for the Titan PowrTwin 12000 Plus DI sprayer system. These optional assemblies help contractors customize spraying setups for high-production commercial and industrial coating applications where consistent pressure and efficient material flow are essential.

The gun and manifold system includes important components such as valve ball, manifold blocks, spray gun connectors, outlet fittings, valves, hose adapters, mounting hardware, and fluid routing accessories. These parts work together to maintain balanced coating delivery across connected spray lines while supporting smooth high-pressure operation.

Engineered for demanding environments, optional gun and manifold assemblies are commonly used in large-scale waterproofing, elastomeric coating, roof coating, and industrial painting applications. Routine inspection of fittings, seals, valves, and fluid passages helps maintain stable spray performance while reducing leaks and pressure loss.

FAQs

Uneven pressure between spray guns is often caused by partially restricted manifold ports, unequal hose lengths, or pressure imbalances within the fluid distribution system.

Leaks commonly occur when seals wear out, threaded fittings loosen from vibration, or connectors become damaged under continuous high-pressure operation.

Delayed gun response may result from clogged fluid passages, restricted hose flow, or buildup inside individual gun connectors or manifold valves.

Yes. Worn or sticking manifold valves can interrupt fluid flow regulation, leading to inconsistent spray patterns and unstable coating delivery.

Pressure loss during multi-gun operation can happen when hose capacity is insufficient, manifold components are restricted, or the sprayer output is overloaded beyond recommended operating limits.

PowrTwin 12000 Plus DI Gun Manifold Assemblies(Optional) Parts

PowrTwin 12000 Plus DI Gun & Manifold Assemblies (Optional) Parts

FAQs

1. Why are connected spray guns producing uneven pressure output?

2. What causes manifold fittings to leak during high-pressure spraying?

3. Why does one spray gun respond slower than the others?

4. Can damaged manifold valves affect coating consistency?

5. Why is pressure dropping when multiple spray guns are used simultaneously?