Sports-fencing guide · containment duties

Ball-Stop, Rebound, Divider & Screening Inputs

Define what each zone must do before requesting a net, board, mesh or screen system.

Send containment inputs Open the RFQ builder

Page responsibility

One page, one decision.

Use this guide for the stated decision, then move the result into the next project step.

This page decides

Which containment or screening duty is being requested and which inputs must accompany it.

This page does not decide

A universal system height, mesh, cable, post, wind, impact, rebound, acoustic or safety design.

Carry forward

Mark each duty zone on the facility plan and request configuration-specific product and engineering evidence.

Direct answer

These four duties are not synonyms.

Mixing them produces incomplete quotations and unsupported performance expectations.

A ball-stop system addresses balls leaving a defined play zone, often at a different elevation from the rigid perimeter. A rebound system manages low-level ball interaction and may use rigid mesh, boards or a combined construction. A divider separates simultaneous activities inside a larger facility and introduces storage, movement and trip or snag questions. A windscreen, privacy screen or acoustic treatment changes visibility, projected area and sometimes the planning or engineering basis. Describe each requested duty separately and require the supplier to identify whether it is supplied, designed by others or excluded.

Visual boundary

A tall perimeter image does not prove all four functions.

Use the layout, approved drawings and offered documents rather than appearance to establish scope.

Tall dark sports fence around a football pitch — Representative high-perimeter context. No ball-stop height, wind resistance, rebound behavior or project delivery is claimed by the image.

Duty comparison

Write a separate schedule for every zone.

The schedule should expose purpose, construction, interfaces, evidence and responsibility.

Route	Questions for the buyer	Supplier return
High-level ball stop	Which ball and trajectory concern? Which boundary or neighbor must be protected? What height profile and support locations are shown?	Exact net/mesh, edge treatment, support/cable concept, connection scope, drawings, inspection/maintenance data and open structural inputs.
Low-level rebound	Which sport and play zone? Is predictable rebound required? Where are gates, corners, boards, drainage and surface transitions?	Exact panel/board construction, joints, safe-edge details, interface drawing, applicable test evidence and deviations.
Divider	Fixed, portable, retractable or suspended? Who operates and stores it? How are users kept clear of supports and loose material?	Net/fabric identity, suspension or base system, storage method, operating limits, component schedule and inspection instructions.
Screening	Visual, wind or acoustic objective? What coverage and exposure? Are sightlines, neighbors, lighting and planning involved?	Material/porosity basis, attachment layout, wind-design inputs, limitations, maintenance route and explicit statement of what is not acoustically rated.

Wind and structure

Treat any added sheet or net as a changed loading condition.

The page records inputs and escalation; it does not size posts, cables, anchors, bracing or foundations.

Exposure

Provide site location, terrain/open-field condition, shielding, orientation and the responsible design basis.

Projected area

Record the area, openness or porosity and attachment pattern of every proposed screen or net.

Support system

Identify posts, rails, cables, frames, walls, roofs and existing structures that may receive loads.

Change control

Adding a screen later is a system change; review the complete support and foundation basis before installation.

Evidence gate

Ask for direct evidence for the exact offered configuration.

A component brochure or a standard title does not prove system performance.

Product identity

Net/mesh/board, material, construction, dimensions, edges, fixings, support components and traceable model or drawing.

Performance scope

Test method, specimen/configuration, laboratory or issuer, result, limitations, date and permitted claim wording.

Installation boundary

Which support, tensioning, alignment, ground/civil and commissioning tasks are supplier scope versus project scope?

Lifecycle

Inspection points, damage criteria, replacement components, storage/operation instructions and responsible facility owner.

Failure questions

Design the enquiry around what can go wrong.

These prompts reveal missing decisions without converting community anecdotes into technical claims.

Balls still escape

Was the wrong duty, height zone, opening, edge gap or adjacent route assumed? Record the actual ball path and location.

Screen changes the fence

Was projected area added after the framework was selected? Stop and return the full configuration for wind review.

Divider obstructs play

Review operation, storage, loose edges, supports, visibility and supervision with the facility owner.

Rebound is inconsistent

Record the exact contact zone, joints, damage, support movement, surface/drainage interface and approved product basis.

Reference boundary

Use current sources within their exact scope.

The links inform questions; they do not certify a XIEHENG configuration.

external reference

Next step

Carry each zone into one RFQ.

Keep unsupported product routes and responsible approvals visible.