Paving

Hanpave

Porous paving system for parking lots, fire routes and LID schemes

Hanpave arrives pre-assembled in 10.8 ft² sections that click together over a porous bedding. Filled with gravel or grass it carries vehicles, meets Low Impact Development goals and can contribute LEED credits — a three-person crew can lay 3,000–4,000 ft² per day.

Hanpave unit made from recycled plastic

Key facts

  • Tested to DIN EN 124 and Copro PTV 828, surpassing both standards
  • Supplied pre-assembled in 3 x 3 unit (10.8 ft²) sections
  • Installs on slopes up to 15° without staking
  • Absorbs up to 1/16” of thermal movement per unit
  • Contributes to LEED credits and LID compliance

Best for

Parking lots and overflowFire routesDriveways and accessLID and LEED projects

Specifications

Nominal size
13” x 13” x 1⅝”
Unit weight
1.26 lbs (11.3 lbs per 39” x 39” panel)
Coverage
1.18 ft² per unit
Compressive strength
360 psi empty / 580 psi topsoil / 810 psi gravel
Max load per unit
60,840 – 136,900 lbs depending on fill
Infiltration rate
196”/hr with gravel fill
Connection
Integral T connector and slots
Color
Black or green
Surface finish
Gravel or grass
Units per pallet
486 units, 660 lbs
Material
100% recycled polyolefins
Compliance
Americans with Disabilities Act (USA)

Advantages and trade-offs

Every surface is a compromise. Here is where Hanpave performs, and where another product in the range is the better call.

Advantages

  • Strength with flexibility

    PTV 828 tests both load capacity and the strength of the interlock under power-steering loads. Rigid grids crack; Hanpave passed both.

  • The fastest product to lay

    Pre-assembled 10.8 ft² sections mean a three-person crew can cover 3,000–4,000 ft² in a day.

  • Stormwater credit where it counts

    196”/hr infiltration with gravel fill helps developments manage runoff volume and quality on site rather than piping it away.

  • ADA-compliant surface

    With the right fill it works for accessible parking, walkways and wheelchair routes, including white circular parking markers.

Considerations & limitations

  • Regular truck traffic needs HDGG instead

    hanit's own guidance is to use Heavy Duty Ground Grid where regular trucks or coaches are expected; Hanpave is designed for cars with occasional trucks.

  • Sub-base depth drives the budget

    On weak subgrades (CBR 1–2) a fire route can need up to 28” of base without a geogrid. Soil testing matters.

  • Not every soil suits infiltration

    Sandy clay, silty clay and heavy clay are not suitable for LID infiltration; those sites need a sealed geomembrane and an outlet.

  • Edge detailing is required

    A 1” gap filled with gravel or topsoil must be left between Hanpave and any curb or hard edging to absorb expansion.

In use

Residential street parking on a porous surface
Residential street parking on a porous surface
Gravel-filled Hanpave driveway
Gravel-filled Hanpave driveway
Cells being filled with bedding material
Cells being filled with bedding material
Typical infiltration build-up with a grass finish
Typical infiltration build-up with a grass finish
Gravel-filled cell structure
Gravel-filled cell structure

Typical applications

  • Commercial and mall parking lots
  • Fire routes and emergency access
  • Residential driveways and streets
  • RV parks, showrooms and sports centers
  • Golf cart paths, cycle routes and bridleways
  • Helicopter pads and airport parking

Installation

  1. 01Sub-baseCompacted free-draining engineered base, minimum 4”, sized from the CBR of the subgrade.
  2. 02GeotextileNon-woven needle-punched separation layer, with optional geogrid to reduce base depth.
  3. 03BeddingSharp sand compacted to 1¼”, or grit as an alternative.
  4. 04Click togetherLay pre-assembled sections and connect with the integral T connectors.
  5. 05Fill⅜” angular gravel or a 60:40 root-zone for grass — allow 0.31 yd³ per 100 ft².
  6. 06Attenuation optionWhere infiltration is not permitted, add a sealed geomembrane and direct water to an outlet.
Engineering data — hanit® 3 material test values
Flexural stress (23 °C)approx. 2,320 psi
Flexural stress (-5 °C / 65 °C)approx. 2,900 / 1,450 psi
E-modulus, flexural (23 °C)approx. 188,500 psi
Tensile strengthapprox. 1,740 psi
Compression strengthapprox. 2,320 psi
Charpy impact strengthno break
Shore D hardnessapprox. 62
Densityapprox. 58 lb/ft³
Water absorption< 1%
Thermal expansionapprox. 0.00008 in/in·°F
Screw pull-out forcehigh — accepts standard wood screws

Indicative values converted from the hanit® 3 material data sheet. Contact Effectus Corporation for project-specific engineering support.

Stocked in Texas. Quoted the same week.

Tell us the area you need to cover and we will come back with product options, pallet quantities and freight.