www.emseal.com

THERMAFLEX TCR Series Guide Specification

The following guide specification is presented here is an easy-to-copy-and-paste format.

In addition, if you prefer, you may download this guide specification in .doc format by clicking this link: THERMAFLEX TCR GuideSpec (.doc).

The index at left will take you to similar guide specification pages for other EMSEAL products.

***THERMAFLEX TCR by EMSEAL GUIDE SPECIFICATION***

Application:  For Watertight Traffic Bearing Deck expansion joints     

Basis of Design:  THERMAFLEX TCR SERIES by EMSEAL

USA & INTERNATIONAL:  EMSEAL JOINT SYSTEMS, LTD, 23 Bridle Lane, Suite 3, Westborough, MA 01581-2603, Toll Free: 800-526-8365 or PH: 508-836-0280, FX: 508-836-0281, www.emseal.com.

CANADA:  EMSEAL CORPORATION, 120 Carrier Drive, Toronto, Ontario, Canada, M9W 5R1 Toll Free: 800-526-8365 or PH: 416-740-2090, FX: 416-740-0233, www.emseal.com.

Basis of Design: THERMAFLEX TCR by EMSEAL for watertight traffic bearing deck expansion joints for applications including but not limited to, parking decks, stadium and sports facility tread and riser joints, stadium and sports facility concourse joints in solid slabs, and structural expansion joints.

Expansion joint system shall be comprised of a heat-weldable, Santoprene, thermoplastic-rubber, double-celled extrusion with perforated flanges embedded in a  cold applied elastomeric nosing which shall be a two-part polyurethane material (epoxies not permitted) mixed with aggregate with sand particles not to exceed 30-mesh.  Nosing material shall be pourable grade material capable of encapsulating the perforated flanges in a single pour without the laying of a setting-bed or tack coat.  The material shall flow so as to fill voids or irregularities in concrete blockouts and beneath the perforated flanges of the gland.  Material shall cure to flexible (non-rigid) state.  So as to ensure proper mixing, flow ability, and consolidation, mixed nosing material shall have an aggregate loading ratio by weight of liquid resin to aggregate not exceeding 1:2. 

Physical properties of sealing gland and nosing material to be in accordance with manufacturer’s current published data. 

Final selection of the seal size to be coordinated between manufacturer, designer, and contractor(s) in consideration of expected movements as a product of structural design and expected temperature variations, taking into account as-built joint-gap sizes and temperatures at expected installation time.  Width of joint-gaps at time of casting or cutting to be adjusted, if necessary, from baseline temperature used and specified by designer in determining system suitability.

System to be installed into blockouts on each side of the joint-gap prepared to the dimensions of 20mm deep x 75mm wide (3/4" deep x 3" wide) on each side of the joint-gap.  System to be installed by qualified sub-contractors only according to detailed published installation procedures and/or in accordance with job-specific installation instructions of manufacturer’s field technician.

All terminations at ends of joints as well as all changes in plane and direction to be executed using factory-fabricated assemblies that preserve continuity of seal.  Transitions between THERMAFLEX and any other of Manufacturer’s joint systems in the vertical plane to be executed according to Manufacturer’s details and to be warranted as watertight.

***END OF GUIDE SPECIFICATION***

THERMAFLEX TCR GuideSpec (.doc)

Member:

Sealant Waterproofing and Restoration Institute

Construction Specifications Canada

Expansion joints and precompressed joint sealants by EMSEAL

1-800-526-8365 -- 508-836-0280 --  techinfo@emseal.com -- Fax: 508-836-0281

EMSEAL JOINT SYSTEMS LTD. 25 Bridle Lane, Westborough, MA 01581
EMSEAL LLC. 120 Carrier Drive, Toronto, ON M9W 5R1

Copyright © 1998-2010 by EMSEAL Joint Systems, Ltd. All rights reserved.
This document may not be reproduced in whole or in part without permission.