0
HIT-IC Internally threaded sleeve
HIT-IC Internally threaded sleeve
HIT-IC Internally threaded sleeve
HIT-IC Internally threaded sleeve

HIT-IC Internally threaded sleeve

Hilti Fastener: HIT-IC Internally threaded sleeve
Product name: HIT-IC Internally threaded sleeve
Anchor size: M8/M10/M12
Anchor length: 45 mm/80 mm
Material composition: Steel, zinc-plated
Head configuration: Inner thread
Pack size:10 pc
High-performance internally threaded sleeve for masonry fastenings (carbon steel)
(1)Material, corrosion: Carbon steel, zinc-plated
(2)Environmental conditions: Dry indoor
(3)Base materials: Masonry (hollow), Masonry (solid)

Material, corrosion: Carbon steel, zinc-plated
Environmental conditions:Dry indoor
Base materials:Masonry (hollow), Masonry (solid)
PROFIS software:No
Cleaning procedures:Manual cleaning
Type of fastening:Pre-fastening
Quantity
Contact Now
add to cart

1. Product Overview
HIT-IC Internally Threaded Sleeves – High-strength steel anchors for secure and reliable threaded connections in concrete.

High tensile and shear resistance values

Compatible with standard 8.8 grade screws

Excellent bending resistance for stability

Designed for robust structural fastening

2. HIT-IC Internally threaded sleeve Technical Specifications

Parameter

Specification

Notes

Anchor Sizes

M8, M10, M12

Internally threaded sleeves

Material Grade

Steel

High-strength construction

Fire Resistance

Dependent on installation

Requires specific assessment

Seismic Performance

Suitable

Under specific conditions

Corrosion Resistance

Various options

Depending on sleeve type

3. HIT-IC Internally threaded sleeve Performance Data

Design Resistance – Steel Failure (kN/Nm)

Anchor Size

Tension (N_Rds)

Shear (V_Rds)

Bending (M⁰_Rds)

M8

3.9

7.4

15.0

M10

4.8

11.6

29.9

M12

9.1

16.9

52.4

4. Performance Advantages:

(1) High load-bearing capacity in tension and shear

(2) Superior bending resistance prevents deformation

(3) Compatible with 8.8 grade screws for enhanced performance

(4) Reliable steel failure mechanism ensures predictable behavior

5. Installation Guide

Step

Action

Tools/Requirements

1

Drill hole

Hammer drill, correct bit

2

Clean hole

Brush, air pump

3

Set sleeve

Manual or tool insertion

4

Tighten screw

Torque wrench

5

Verify torque

Calibrated tool

6. Certifications & Compliance

(1) European Technical Assessment (ETA)

(2) EN 1992-4: Design of fastenings for use in concrete

(3) Suitable for seismic loading per region-specific standards

(4) Fire resistance classification available for specific configurations

Send Message