Sale!

Simpson Ats7513 Acrylic Adhesive Screen Tube – 13″ Stainless Steel, Designed For 3/4″ Rods

Original price was: $7.66.Current price is: $5.11.

In stock

Quantity
SKU: 824704 Category: Brand:

Description

Simpson Strong-Tie ATS7513 Description

The Simpson Strong-Tie ATS7513 Stainless Steel Acrylic Adhesive Screen Tube is designed for securely fastening rods or mechanical anchors to hollow base materials using Simpson adhesives.

Simpson Strong-Tie ATS7513 Includes

  • (1) Stainless Steel Acrylic Adhesive Screen Tube

Simpson Strong-Tie ATS7513 Features

  • Made from stainless steel mesh for durability
  • Compatible with AT adhesives
  • Prevents excess adhesive material from running into void spaces
  • Designed for use with hollow base materials like CMU and hollow brick
  • Easy installation process

Simpson Strong-Tie ATS7513 Applications

  • Anchoring rods in hollow base materials
  • Securing mechanical anchors in masonry applications
  • Using with Simpson adhesives for reliable fastening

Simpson Strong-Tie ATS7513 Installation Overview

  1. Fill the screen tube with the appropriate adhesive
  2. Insert the filled tube into the pre-drilled hole
  3. Slowly turn and insert the rod into the filled tube
  4. Allow adhesive to cure according to specific instructions

Simpson Strong-Tie ATS7513 Specifications

Length 13″
Material Stainless Steel
Accepts rod size 3/4″
Hole diameter 1″
Manufacturer name Simpson Strong-Tie
Outside Diameter 31/32″
Quantity 1
Type Acrylic Screen Tube

NOTE: Screen Tubes are designed specifically for certain types of adhesives. Acrylic Screen Tubes are made from stainless steel mesh, and are compatible with AT adhesives. Epoxy Screen Tubes are made from carbon steel mesh and are compatible with SET and ET-HP adhesives.

Explore more from our collection.

Reviews

There are no reviews yet.

Be the first to review “Simpson Ats7513 Acrylic Adhesive Screen Tube – 13″ Stainless Steel, Designed For 3/4″ Rods”

Your email address will not be published. Required fields are marked *