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JUTA PD1700

Name: JUTA PD1700
Brand: Juta UK Ltd
SKU: b47bbmf1pHcCeMLiVTLBoz

Verified by manufacturer 6 months ago

High compressive strength cuspate High Density Polyethylene (HDPE) drainage core with a geotextile filter bonded to one side.

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BOS

+44 (0)1772 754177 Website

Application

Can be used in combination with GP gas or waterproofing barriers to provide both protection and drainage for external tanking applications.

Description

Combined protection and drainage sheet with geotextile filter bonded to one side.

Designed as a high flow medium to alleviate hydrostatic pressure on below ground structures, as well as providing protection to the underlying membranes (gas/ waterproofing).

Features and benefits:

Optimized for maximum strength and performance, providing high levels of flow.
Complies with the latest codes of practice as published by BS, BRE and CIRIA.
Independently tested and verified by UKAS accredited bodies.

General information

Color	Black Grey
Material	Polyethylene
Shape	Other
Length	20000 mm
Width	2000 mm
Height	8 mm
Warranty description	60 year

Uniclass	Pr_25_57_65_60 Plastics sheetsPrimary
CAWS	J40/35 Loose-laid plastics or rubber gas-retardant membranes J40/140 Loose-laid plastics or rubber sheet gas-retardant membranes J40/145 Loose-laid weldable polyethylene gas-retardant membranes

Specification data - Plastics sheets

Material	High density polyethylene and geotextile fleece.
Purpose	Protection layer. Drainage layer.
Standard	To BS 8102.
Performance characteristics	-
Tensile strength (minimum)	12 kN/m.
Elongation to break	12%.
Form	Drainage core with geotextile bonded to either side.
Physical properties	-
Colour	Black and Grey.
Weight (minimum)	620 g/m².
Dimensions	-
Thickness (minimum)	8 mm.
Width (minimum)	2 m.
Roll length (minimum)	20 m.
Recycled content	0%.

Sustainability data

Contains Red List materials	No
Country of material origin	United Kingdom
Country of product manufacture	United Kingdom
Recyclability	Fully Recyclable
Recycled content As defined in clause 7.8 of BS EN ISO 14021	0 %