
Brush Attachment
Brush width, stiffness, connector angle and push-pull load should be matched to the tube and joint structure.
Xingyong manufactures aluminum gutter cleaning poles and pole components for brushes, curved nozzles, water-fed tools and compatible vacuum systems. Cleaning-equipment brands and distributors can customize the reach, tube structure, lock, attachment adapter, working angle, finish, branding and packaging.

A gutter cleaning pole places a brush, nozzle, scoop, hose or vacuum-compatible attachment above the operator. The correct structure depends on more than reach: tool-head weight, bend angle, push-pull force, airflow or water path, debris load and the operator's position all affect pole control.
Xingyong develops the aluminum tube, lock and attachment interface for the intended system. Buyers can compare our custom telescopic poles, brush extension poles and washing pole structures. Material requirements may reference the Aluminum Association, ASTM B221 and ISO 9001 guidance.

Confirm the pole against the attachment, gutter height, roof-edge geometry, operating force and debris-handling method before sampling.
| Specification | OEM options | Gutter-cleaning consideration |
|---|---|---|
| Working reach | Short, medium and long-reach configurations | Match gutter height and ground offset from the building |
| Pole structure | Telescopic or modular sections | Choose variable reach or repeatable tube assembly |
| Aluminum tube | Custom diameter, wall thickness and overlap | Control deflection under angled attachments and debris load |
| Lock or joint | Twist, flip, push-button or modular connector | Review holding force, assembly speed and wet/dirty operation |
| Tool interface | Threaded, tapered, quick-release or custom adapter | Match brush, curved nozzle, scoop, hose or camera mount |
| Working angle | Fixed bend, adjustable elbow or swivel head | Reach over the gutter lip while maintaining attachment control |
| Vacuum interface | Hose adapter or application-specific tube system | Confirm internal diameter, seals, airflow path and vacuum fitting |
| Water feed | Internal or external hose routing | Confirm hose diameter, nozzle, inlet and shut-off connection |
| Inspection mount | Camera or mirror adapter | Confirm visibility angle, cable routing and attachment weight |
| Packaging | Bulk carton, carry bag, color box or complete kit | Confirm elbows, adapters, hose and accessory storage |

Brush width, stiffness, connector angle and push-pull load should be matched to the tube and joint structure.

Vacuum projects require confirmed tube or hose diameter, sealed connections, bend geometry and compatibility with the customer's equipment.

Internal or external hose routing can support compatible rinsing heads when the inlet, nozzle and pressure requirement are defined.

Fixed or adjustable elbows help place the tool over the gutter edge; angle and leverage must be reviewed with the pole length.

Nested sections provide variable reach and compact storage when tube fit, overlap and lock holding are controlled.
View Telescopic Pole Systems →
Repeatable tube sections can suit vacuum or maintenance systems that require fast assembly and defined working increments.

A conventional extension handle can support compatible brush or nozzle heads for lighter-duty maintenance products.
View Extension Pole Options →
A curved nozzle or brush creates leverage at the end of the pole. For vacuum-compatible systems, bends and hose or tube diameter also affect system performance. Long-reach structures should therefore be reviewed using the complete attachment, expected debris load and working angle.
See our telescopic pole load guide, multi-section design guide and heavy-duty pole options.

Xingyong supports aluminum extrusion, tube processing, anodizing, plastic component matching, assembly and packaging. Inspection points are defined during sampling so the approved pole and attachment interface can be repeated in production.
Review our quality assurance process, lock and connector matching and retail-ready packaging service.
Confirm gutter height, brush, nozzle, water, vacuum or inspection method and target user.
Select telescopic or modular tubes, locks, joints, elbow, adapter and hose path.
Verify reach, deflection, joint holding, attachment fit, angle and system compatibility.
Freeze dimensions, inspection points, branding, accessories and packaging.
Common options include brushes, curved nozzles, scoops, water-fed heads, vacuum-compatible fittings and camera mounts. The attachment dimensions and operating force should be confirmed before sampling.
Yes, when the tube or hose path, internal diameter, seals, bends and vacuum fittings are designed for that system. A standard telescopic handle should not automatically be treated as a sealed airflow tube.
The angle depends on the gutter lip, roof edge, operator offset and attachment type. Fixed elbows are simple, while adjustable or swivel connectors provide more positioning options.
Deflection is affected by tube diameter, wall thickness, overlap, number of joints, attachment weight, elbow offset and operating force. Long-reach projects require a complete load review.
Yes. Send samples, drawings or dimensioned photos. Xingyong can review the adapter, tube or hose diameter, elbow, cable path and pole interface before sampling.
Provide gutter height, attachment method, working reach, collapsed length, tool or hose dimensions, total head weight, lock or joint preference, quantity, packaging and target market.




Technical Support
Explore practical buying, specification and application guidance related to this product.



Send the gutter height, cleaning attachment, working angle, hose or vacuum interface, lock preference, quantity and packaging target for an OEM structure review.