Screw Piles

Steel screw foundations for suitable ground conditions, with pile geometry, material, corrosion protection, installation criteria and testing confirmed from project loads and site data.

No Concrete CuringProject-Specific Corrosion ProtectionRemoval Subject to Site ConditionsDesign Life Confirmed by Project
What They Are

A faster, cleaner alternative to concrete foundations.

Screw piles can provide a practical ground-anchoring route for solar, light construction, fencing, signage and temporary structures when the loads, soil, access, corrosion exposure and installation controls are suitable.

For suitable ground and access conditions, screw piles can reduce excavation, spoil and concrete curing activities. Capacity, corrosion protection and acceptance criteria still require project-specific verification.

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Ground screw piles
Technical data framework

Ground Screw Pile Technical Data Template

Use this template to define a project-specific pile schedule. Dimensions shown in a catalog are indicative until the reactions, ground, durability and connection requirements have been reviewed.

Project-specific

Required design inputs

  • Compression, uplift, shear and moment reactions
  • Geotechnical profile, groundwater, frost and obstructions
  • Pile-head interface, tolerances and supported-system geometry
  • Design life, soil/atmospheric corrosivity and inspection access
  • Installation equipment, test locations and acceptance plan

Decision boundaries

  • Not selected from soil description alone
  • Installation torque is a control only where a project-specific relationship is approved
  • Capacity requires design and the agreed verification method
  • Coating and sacrificial thickness follow the exposure and design-life assessment
ParameterPublished value status
Shaft type and diameterBy approved pile schedule
Wall / bar thicknessBy structural and durability design
Length and extensionsBy ground profile and installation criteria
Helix geometryBy load-transfer design
Material gradeBy drawing and material specification
Head / coupling detailBy supported-system interface
Corrosion protectionBy exposure and design life
Installation / test criteriaBy approved method statement and test plan

Project deliverables

  • Approved pile schedule and interface drawing
  • Material certificate and dimensional report
  • Coating / galvanizing report where specified
  • Installation record and exception log
  • Proof / production test report where required
  • Release documentation defined by the ITP

Acceptance rule

  • Applicable standard and drawing revision identified
  • Inspection characteristic, frequency and acceptance criteria defined
  • Records linked to the actual batch, item or installation location
  • Exceptions and release authority documented

Catalog dimensions and website examples are selection inputs only. The approved drawing, calculation, quotation, ITP and contract define the supplied product.

Request project data sheet
Why Screw Piles

Engineered advantages over poured concrete.

Construction Sequence

Follow-on work can begin after installation acceptance without concrete curing

Corrosion Route

Material, sacrificial thickness and coating selected for the site exposure and design life

Capacity Verification

Compression, uplift and lateral criteria confirmed by design and the agreed test plan

Site Disturbance

Excavation and spoil can be reduced where ground conditions permit direct installation

Applications

Where screw piles are used.

Solar Mounting Systems

Solar Mounting Systems

Screw piles can be a candidate foundation for ground-mounted photovoltaic arrays where loads, soil conditions, access, corrosion exposure, installation controls and testing are suitable.

Lightweight Structures

Lightweight Structures

For decks, gazebos, cabins, fences and other light structures, pile geometry and acceptance criteria must be verified from the actual reactions and site information.

Temporary & Modular Structures

Temporary & Modular Structures

Temporary and modular projects may benefit from a reduced-wet-trade foundation route. Later removal or reuse depends on the design, site conditions, installation records and component condition.

How It Works

Four Steps to Quality Foundation

01

Requirements & Technical Inputs

We review loads, site data, installation method, standards, corrosion exposure and acceptance criteria, then identify assumptions and missing information.

02

Proposed Production Route

The quotation and drawings define pile geometry, material, fabrication, coating, tolerances and the applicable inspection plan.

03

Inspection, Packing & Logistics

Inspection and release follow the agreed ITP and order scope; packing and export documents are coordinated for the destination and shipment route.

04

Installation Information & Support

Installation remains the responsibility of the appointed site contractor. Available manuals and remote technical support are provided within the agreed supply scope.

Stable information architecture

Product family → configuration → application → evidence

Open Product Data Center
02

Configuration route

Lead sections, Extensions and couplings, Heads and brackets, Anchor accessories

Catalog families cover round-pipe and square-bar lead sections, extensions, caps, brackets, adapters and anchor interfaces. Published catalog examples are not a project pile schedule.

Get a Quote

Tell us your soil & load — we'll review the pile route.

Send the site conditions, reactions and layout. We will identify missing inputs and confirm the drawing, testing and quotation route.

Get a Quote
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