Modular Brace Data Sheet
Modular Brace
The first real tilt-up bracing innovation in fifty years… the modular design covers more sizes… the higher capacity supports larger panels… and that means savings on every job!
Plate-to-plate bolting maintains load capacity.
Safety Information
Read, understand and follow the information in this publication before using any SureBuilt tilt-up products and accessories. When in doubt about the proper use or installation of any SureBuilt product, immediately contact the nearest SureBuilt branch for clarification.
SureBuilt products are intended for use by trained, qualified and experienced users only. Misuse or lack of supervision and/or inspection can contribute to serious accidents or deaths. Any application other than those shown in this publication should be carefully tested and supervised before use.
The user of SureBuilt products must evaluate the application, determine the safe working load and control all field conditions to prevent load in excess of product(s) capacity. Safety factors shown in this publication are approximate minimum values. The data used to develop safe working loads for products is a combination of actual testing and/or other industry sources. Do not exceed the recommended safe working loads.
Worn Parts
For safety, tilt-up products and accessories must be properly used and maintained. Products may be subject to wear, overloading, corrosion, deformation, alteration and other factors that may affect performance. It is the responsibility of the user to schedule regular inspections and remove worn and damaged parts from service.
Field Modification
Field welding can compromise product performance, alter load capacities, and create hazardous situations. Consult with a local welding supply dealer to determine appropriate welding procedures. Do not weld any casting unless approved by a licensed metallurgical engineer. Since SureBuilt can not control workmanship or site conditions, SureBuilt can not be responsible for any product alterations or field modifications.
Interchangeability
Tilt-up products manufactured and supplied by SureBuilt are designed as a system. When used properly, SureBuilt products have proven to be among the best designed and safest in the industry. SureBuilt strongly discourages efforts to interchange products supplied by other manufacturers because it may diminish performance and safety of the system.
Design Changes
SureBuilt reserves the right to change product designs, specifications, capacities and/or dimensions at any time and without prior notice.
Safety Factors
Safety factors established by the Occupational Safety and Health Administration (OSHA), Act Part 1910 and American National Standards Institute (ANSI 10.9) are recommended. Contact SureBuilt Engineering for questions or concerns regarding unforeseen site conditions. Safety factors should be adjusted when different or unusual conditions
Industry Recommendation
Safety Factor*
1.67 to 1 **
2to1
2to1
3to1
4to1
5to1
Intended Application
Wall Braces
Brace Inserts
Lifting Inserts (single use)
Permanent panel connections
Panel handling (multiple lifts)
Lifting/Reusable Hardware
* Minimum requirement. ** Assumes ASD loads.
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Bigger Panels… Bigger Braces
As the tilt-up construction industry developed during the last fifty years, the panel designs grew in size and complexity. While the early panels were 25-30 feet in height, the latest panels are 75-80 feet and more.
As the panels increased in size, industry suppliers simply made longer versions of the same pipe brace. This approach created more sizes and reduced brace capacities. Even more braces were needed for the larger size panels.
WIth a typical 48’ x 25’ Panel
you would need
4 conventional 5-1/2” dia. braces 32 ft compared to just
2 Modular Braces (6-5/8” dia) 32 ft
WIth a typical 55’ x 25’ Panel
you would need
5 conventional 5-1/2” dia. braces 37 ft compared to just
2 Modular Braces (6-5/8” dia) 37 ft
This has proven to be inefficient for tilt-up contractors. They need different brace lengths depending on the panel length and maybe more of them depending on the load. Handling and placing braces has become more costly on large tilt-up projects.
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Fewer Braces… More Savings
The bigger Modular Brace design requires 50% fewer braces for every typical application. Fewer braces reduce brace inventory, jobsite handling, panel attachments and dismantling time.
The Modular Brace savings are compounded when you consider all the small, but related steps, in the bracing process. There are
50% fewer brace inserts, 50% fewer brace attachments, 50% fewer bolts, 50% fewer man- lifts, and 50% fewer shipments.
WIth a typical 60’ x 25’ Panel
you would need
6 conventional 5-1/2” dia. braces 42 ft compared to just
3 Modular Braces (6-5/8” dia.) 42 ft or just
2 Modular Braces (8-5/8” dia.) 42 ft
WIth a typical 65’ x 20’ Panel
you would need
8 conventional 5-1/2” dia. braces 52 ft compared to just
3 Modular Braces (8-5/8” dia.) 52 ft
The Modular Brace savings extend beyond
the most recent job when you realize the components can be used for different sizes. Five basic components can be reconfigured for three brace lengths, covering a wide range of panel heights (see table page 10).
Note: The number of braces will vary based on panel size and openings. Contact SureBuilt Engineering for spacing..
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Modular Brace* – 6-5/8” Pipe
There’s no need to stock every possible brace size when you can simply reconfigure the components using a handful of nuts and bolts.
The patent pending components can be assembled into three different lengths. You always have the size you need and reduce inventory at the same time.
SBMR32-6
SBMR37-6
SBMR42-6
End Connector hardware has right- and left-hand threaded rods for a combined 24” total adjustment. The End Connectors are attached to a Triple-Slot Brace Shoe for anchoring. The type and number of bolts used with the shoe may limit brace loading.
Plate-to-plate bolting of components maintains the load capacity.
Modular Brace – 6-5/8” Pipe
Part No.
Description
Min
Max
Weight
Double-Bolt Ultimate Load
Single-Bolt Ultimate Load
SBMR326
Modular Brace 32’ Complete
31’-7”
33’-7”
382.3 lbs
25,250 lbs
15,000 lbs
SBMR376
Modular Brace 37’ Complete
36’-8”
38’-8”
455.7 lbs
22,000 lbs
15,000 lbs
SBMR426
Modular Brace 42’ Complete
41’-9”
43’-9”
499.1 lbs
14,440 lbs
14,440 lbs
Each Modular Brace assembly has a right-hand and left-hand End Connector for a combined 24” adjustment. Loads based on actual test results. The full-moment connections require four 3/4”x2-1/2” Grade 5 (min) bolts, four structural washers, and four 3/4” Nylock nuts, torqued to a minimum of 150 ft-lbs.
* U.S. Patent Pending
6 Call 708-493-9569
Modular Brace* – 8-5/8” Pipe
As panels increase in height and weight, you can use an even longer version of the Modular Brace. With an 8-5/8” diameter, these components provide the capacity for the increasing panel sizes.
You can still reconfigure the brace components with plate-to-plate bolting and always have the size you need, while reducing inventory.
SBMR42-8 SBMR52-8
SBMR62-8
Safety Note
The full-moment connections require four 3/4”x2-1/2” Grade 5 (min) bolts, four structural washers, and four 3/4” Nylock nuts, torqued to a minimum of 150 ft-lbs.
End Connector hardware has right- and left-hand threaded rods for a combined 24” total adjustment. The End Connectors are attached to a Triple-Slot Brace Shoe for anchoring. The type and number of bolts used with the shoe may limit brace loading.
Modular Brace – 8-5/8” Pipe
Part No.
Description
Min
Max
Weight
Double-Bolt Ultimate Load
Single-Bolt Ultimate Load
SBMR428
Modular Brace 42’ Complete
41’-7”
43’-7”
587.3 lbs
25,250 lbs
15,000 lbs
SBMR528
Modular Brace 52’ Complete
51’-8”
53’-8”
733.6 lbs
19,850 lbs
15,000 lbs
SBMR628
Modular Brace 62’ Complete
61’-9”
63’-9”
879.9 lbs
14,440 lbs
14,440 lbs
Each Modular Brace assembly has a right-hand and left-hand End Connector for a combined 24” adjustment. Loads based on test results. The full-moment connections require four 3/4”x2-1/2” Grade 5 (min) bolts, four structural washers, and four 3/4” Nylock nuts, torqued to a minimum of 150 ft-lbs.
* U.S. Patent Pending
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Modular Brace* Components
Each Modular Brace assembly has a right-hand (RH) and left- hand (LH) End Connector. In combination, the threaded rods provide 24” of adjustment, 6” more than conventional braces.
Each End Connector is attached to a Brace Shoe with Triple- Slots for anchoring. The type and number of bolts used with the shoe may limit the brace capacity.
End Connectors and Brace Shoes, including the Nuts and Bolts used for plate-to-plate connections, are interchangeable. The components can be used to assemble a Modular Brace, then reconfigured for another size.
End Connector RH (green) with Brace Shoe 3-Bolt
Modular Brace* Components – 6-5/8” Pipe
Part No.
Description
Weight
SBMR306
Modular Pipe 30’ Only
290.3 lbs
SBMR106
Modular Pipe 10’ Only
116.8 lbs
SBMR56
Modular Pipe 5’ Only
73.4 lbs
Modular Brace* Components – 8-5/8” Pipe
Part No.
Description
Weight
SBMR408
Modular Pipe 40’ Only
495.3 lbs
SBMR108
Modular Pipe 10’ Only
146.3 lbs
Modular Brace* Hardware
Part No.
Description
Weight
SBMECRH
End Connector RH Green
46.0 lbs
SBMECLH
End Connector LH Yellow
46.0 lbs
SBBS3B
Brace Shoe 3-Bolt
19.2 lbs
SBMRB34212
Bolt 3/4”x2-1/2” Grade 5
—
SBMRW
Washer 3/4” Structural
—
SBMRN34
Nylock Nut 3/4”
—
End Connector LH (yellow) with Brace Shoe 3-Bolt
* U.S. Patent Pending
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Taper Bolt
A reusable bolt and disposable expander nut for temporary brace installations.
• • • • • • •
Removable bolt for temporary anchoring. Required hole diameter equals bolt dimension. Expander nut adjusts for variation in hole size. Taper Bolt assembly will work in “bottomless” hole. Torqued to obtain high-strength shear load value. Withstands static and vibratory loads.
Bolt can be removed, cleaned and reused.
The Taper Bolt and Nut are ideal for anchoring and then removing tilt-up braces.
Ultimate***
Double Bolt (10” OC)
Part No.
SBTB347
SBTB1558
SBTB1634
SBTB1714
SBTBN34
SBTBN1
Bolt Size**
3/4”x7”
1”x5-5/8”
1”x6-3/4”
1”x7-1/4”
1” Nut
Min Slab
7”
6”
7”
8”
250
550
550
550
Taper Bolt and Nut*
Min Torque (ft/lbs)
Min Embed
6”
4-5/8”
5-3/4”
6-1/4”
11,900
12,900
17,900
20,300
Single Bolt
Tension (lbs)
Shear (lbs)
27,916
25,900
35,950
36,257
Tension (lbs)
23,800
Shear (lbs)
SBTB34418
3/4”x4-1/8”
5”
250
3-3/8”
7,200
14,440
14,800
29,700
SBTB34512
3/4”x5-1/2”
6”
250
4-1/2”
11,900
24,800
21,600
43,000
55,800
22,300
28,300
44,600
56,700
31,200
62,400
3/4” Nut
* ** ***
Standard Grade 5, zinc-plated finish. Other metals and finishes available on request. Required hole diameter equals bolt dimensions.
Ultimate load in 3,000 psi concrete. Tested by Pittsburgh Testing Laboratory PG-2170.
1. Drill a hole the same diameter as the Taper Bolt using the Brace Shoe as a template.
2. Clean hole and surrounding area with compressed air.
3. Drive Taper Bolt and Expander Nut into place leaving clearance for subsequent tightening. 4. Tighten Taper Bolt to recommended torque setting to expand nut.
5. For multiple Taper Bolt installation use an Impact Wrench for productivity.
6. Unscrew the Taper Bolt for removal. Expander Nut remains in hole.
7. Clean, lubricate and save the Taper Bolt for the next installation.
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Brace Insert
The Brace Insert has wire legs, welded to a coil insert, with a disposable plastic plug. The wire legs have plastic feet to prevent corrosion at the concrete face. The plastic plug has antennae to locate the insert after concrete placement. The number and location of Brace Inserts will vary based on the dimensions of each tilt-up panel. Other sizes are available on request.
When the disposable plastic plug is removed from the tilt-up panel the coil insert is exposed, providing the anchor point for subsequent bracing.
SWL**
Part No.
SBBI345
SBBI348
SBBI34812
SBBI341114
SBBI3412
SBCB344
Brace Insert with Plug* (Bolt sold separately)
Brace Insert 3/4”x5” wPlug
Brace Insert 3/4”x8” wPlug
Description
7,200 lbs
SBBI346
SBBI34714
Brace Insert 3/4”x6” wPlug
Brace Insert 3/4”x6-1/2” wPlug
9,600 lbs
SBBI34612
9,900 lbs
Brace Insert 3/4”x7-1/4” wPlug
10,200 lbs
11,600 lbs
Brace Insert 3/4”x8-1/2” wPlug
Brace Insert 3/4”x10” wPlug
11,600 lbs
SBBI34914
SBBI3410
Brace Insert 3/4”x9-1/4” wPlug
11,600 lbs
11,600 lbs
Brace Insert 3/4”x11-1/4” wPlug
Brace Insert 3/4”x12” wPlug
11,600 lbs
11,600 lbs
Coil Bolt 3/4”x4”
—
* Distance from edge must be minimum 12” or load is reduced.
** Safe Working Load (SWL) based on 2:1 safety factor @ 3,000 psi.
Inverted Brace Insert
The Inverted Brace Insert is designed for tilt-up panels where the anchor point for bracing is located on the bottom side of the concrete placement. Other sizes are available on request.
SWL**
* Distance from edge must be minimum 12” or load is reduced.
** Safe Working Load (SWL) based on 2:1 safety factor @ 3,000 psi.
Inverted Brace Insert with Plug* (Bolt sold separately)
Part No.
Description
SBIBI346
Inverted Brace Insert 3/4”x6” wPlug
9,000 lbs
SBCB344
Coil Bolt 3/4”x4”
—
10 Call 708-493-9569
Double Brace Insert
The Double Brace Insert (10” OC) has wire legs, welded to a coil insert with disposable plastic plugs, and Spacer Strap. The wire legs have plastic feet to prevent corrosion at the concrete face. The plastic plugs have antennae to locate the inserts after concrete placement. The Spacer Strap keeps the inserts properly positioned. The number and location will vary based on the dimensions of each panel.
When the disposable plugs are removed from the panel, the coil inserts are exposed, providing the bolt locations for subsequent bracing.
SWL**
Double Brace Insert (10” OC) with Spacer Strap
SBDBI345
SBDBI346
SBDBI34612
SBDBI34714
Double Brace Insert with Spacer Strap
Part No.
Description
Double Brace Insert 3/4”x5”
Double Brace Insert 3/4”x6”
12,960 lbs
17,280 lbs
Double Brace Insert 3/4”x6-1/2”
Double Brace Insert 3/4”x7-1/4”
17,820 lbs
18,360 lbs
SBDBI348
Double Brace Insert 3/4”x8”
20,880 lbs
SBDBI34812
SBDBI34914
SBDBI3410
SBDBI341114
SBDBI3412
SBDBISS10
SBCB344
Double Brace Insert 3/4”x8-1/2”
Double Brace Insert 3/4”x9-1/4”
Double Brace Insert 3/4”x11-1/4”
20,880 lbs
20,880 lbs
Double Brace Insert 3/4”x10”
20,880 lbs
20,880 lbs
Double Brace Insert 3/4”x12”
Spacer Strap 10” OC
Coil Bolt 3/4”x4”
20,880 lbs
—
—
Spacer Strap (10” OC)
* Distance from edge must be minimum 12” or load is reduced.
** Safe Working Load (SWL) based on 2:1 safety factor @ 3,000 psi.
Double Inverted Brace Insert
The Double Inverted Brace Insert (10” OC) is designed for panels where the anchor points for bracing are located on the bottom side of the concrete placement. Other sizes are available on request.
SWL**
* Distance from edge must be minimum 12” or load is reduced.
** Safe Working Load (SWL) based on 2:1 safety factor @ 3,000 psi.
Double Inverted Brace Insert (10” OC) with Spacer Strap
Double Inverted Brace Insert with Spacer Strap
Part No.
Description
SBDIBI346
Double Inv Brace Insert 3/4”x6”
17,280 lbs
SBCB344
Coil Bolt 3/4”x4”
—
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HGA Bracket
The HGA Bracket provides a simple connection between helical ground anchors and Modular Braces. The design eliminates the need to remove, then reattach, brace shoes. The brace shoe bolts directly to nuts welded to the underside of the bracket.
The HGA Bracket is a 3-Bolt configuration. The tilt-up panel engineering, bracing and anchoring requirements will determine how the HGA Bracket is most effective.
Note: The load-ratings of the helical ground anchor, tilt-up brace and HGA Bracket must be considered simultaneously for maximum allowable capacity and spacing.
Helical Ground Anchor
Helical Ground Anchors provide an engineered alternative to slab bolting or concrete deadmen. The anchor is a square steel shaft with helix plates that “screws” into the ground with continuous downward force. The anchor will establish a load capacity for subsequent brace attachment (depending on the soil condition and strata).
* Allowable torque for product is 2,200 ft-lbs. * Design by an experienced professional only. * Installation by a trained contractor only.
The helical ground anchor-to-brace bracket (shown with and without the Brace Shoe 3-Bolt) eliminates the need to remove, then reattach, brace shoes.
HGA Bracket
Part No.
Description
SBHGA3PB
HGA Brace Bracket 3-Bolt
The Helical Ground Anchor replaces concrete “deadmen” on tilt-up and precast sites when the concrete floor slab is unavailable or unsuitable.
Helical Ground Anchor*
Part No.
Description
SBHA7
Helical Ground Anchor 7’
SBHAE
Helical Ground Anchor Extension
12
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Brace Dolly
The Brace Dolly is used to move or support braces during the erection and placement of tilt-up panels.
The swivel wheels provide easy movement and the long tubular steel handle provides leverage for final brace positioning and anchoring. The crane can be released sooner in the bracing process, saving time and money.
The Brace Dolly is used for final positioning of braces.
Brace Saddle
The Brace Saddle is a telehandler fork attachment used to transport and lift braces, while eliminating crane time. The pipe brace rests in a saddle, visible to the machine operator and safely near the ground.
Once the brace has been moved and positioned on the site, the forks can be raised to complete the brace-to-panel connection.
Reversing this process and lowering the forks, means a brace is never dropped and damaged.
The Brace Saddle simplifies handling, moving, setting and removing all types of pipe braces.
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Brace Specifications* (see notes)
SBMR326
SBMR326
SBPB51237
SBMR376
SBMR376
17’-0” Fixed
22’-0” Fixed
22’-0”
Fixed w/5’ Ext
22’-0”
Fixed w/10’ Ext
32’-0” Fixed
32’-0” Modular w/SBI
32’-0” Modular w/DBI
32’-0”
Fixed w/5’ Ext
37’-0” Modular w/SBI
37’-0” Modular w/DBI
6-5/8 in
32 ft
6-5/8 in
32 ft
5-1/2 in
37 ft
6-5/8 in
37 ft
6-5/8 in
37 ft
15,000 lbs
25,250 lbs
12,000 lbs
15,000 lbs
22,000 lbs
28.21
28.21
32.31
32.31
32.31
47.02
47.02
53.85
53.85
53.85
26.51
26.51
30.34
30.34
28.51
28.51
32.34
32.34
30.34
32.34
Pipe diameter
Total length
Ultimate load*
SBPB417
4 in
17 ft
9,750 lbs
SBPB422
4 in
22 ft
9,750 lbs
SBPB427
4 in
27 ft
7,200 lbs
SBPB432
4 in
32 ft
5,400 lbs
SBPB51232
5-1/2 in
32 ft
13,500 lbs
B/Panel 15.93 20.02
24.12 28.21 28.21
40.20 47.02 47.02
22.68 26.51 26.51
24.68 28.51 28.51
Max height
Brace @ 50
Min height
26.54 33.37
15.02 18.85
17.023 20.85
* Ultimate load based on shoe and brace only.
Brace Spacing* in Feet (see notes)
SBMR326
SBMR326
SBPB51237
SBMR376
SBMR376
17’-0” Fixed
22’-0” Fixed
22’-0”
Fixed w/5’ Ext
22’-0”
Fixed w/10’ Ext
32’-0” Fixed
32’-0” Modular w/SBI
32’-0” Modular w/DBI
32’-0”
Fixed w/5’ Ext
37’-0” Modular w/SBI
37’-0” Modular w/DBI
7.09
8.87
13.01
9.87
16.61
9.04
11.30
16.57
12.93
21.76
11.84
14.80
21.71
17.55
29.53
16.07
20.09
29.47
24.92
41.95
SBPB417
SBPB422
SBPB427
SBPB432
SBPB51232
85’ height
80’ height
75’ height
70’ height
65’ height
60’ height
55’ height
50’ height
45’ height
40’ height
35’ height
30’ height
25’ height
20’ height
3.55
8.88
11.63
15.79
22.43
13.97 17.56 15.62
23.42
5.30 4.65
7.20 6.32
11.49 10.22 8.97
* Calculations based on solid panels with 80 mph wind speed in worst condition.
Notes:
1. Minimum 20 foot wide panel. Minimum of two braces per panel. Round up to next integer.
2. Assumes two feet below finished floor. Different floor dimension may change spacing and height limits. 3. Brace bolt or concrete slab may be limiting factor for spacing and capacity.
14 Call 708-493-9569
SBPB51242
5-1/2 in 42 ft 8,040 lbs 36.40 60.67 34.17 36.17
SBPB51242
Brace Specifications* (see notes)
SBMR426
SBMR426
SBMR428
SBMR428
SBPB51252
SBMR528
SBMR528
SBMR628
SBMR628
32’-0”
Fixed w/10’ Ext
42’-0” Modular w/SBI
42’-0” Modular w/DBI
42’-0” Modular w/SBI
42’-0” Modular w/DBI
32’-0”
Fixed w/20’ Ext
52’-0” Modular w/SBI
52’-0” Modular w/DBI
62’-0” Modular w/SBI
62’-0” Modular w/DBI
6-5/8 in
6-5/8 in
8-5/8 in
8-5/8 in
5-1/2 in
8-5/8 in
8-5/8 in
8-5/8 in
8-5/8 in
42 ft
14,440 lbs
42 ft
42 ft
15,000 lbs
42 ft
25,250 lbs
52 ft
5,775 lbs
52 ft
15,000 lbs
52 ft
19,850 lbs
62 ft
62 ft
14,440 lbs
14,440 lbs
14,440 lbs
36.40
36.40
36.40
36.40
44.60
44.60
44.60
52.79
52.79
60.67
60.67
60.67
60.67
74.33
74.33
74.33
87.98
87.98
34.17
34.17
34.17
34.17
41.83
41.83
41.83
49.49
49.49
36.17
36.17
36.17
36.17
43.83
43.83
43.83
51.49
51.49
Brace Spacing* in Feet (see notes)
SBMR426
SBMR426
SBMR428
SBMR428
SBPB51252
SBMR528
SBMR528
SBMR628
SBMR628
32’-0”
Fixed w/10’ Ext
42’-0” Modular w/SBI
42’-0” Modular w/DBI
42’-0” Modular w/SBI
42’-0” Modular w/DBI
32’-0”
Fixed w/20’ Ext
52’-0” Modular w/SBI
52’-0” Modular w/DBI
62’-0” Modular w/SBI
62’-0” Modular w/DBI
4.17
4.17
4.77
5.54
4.77
5.54
2.19
5.70
7.54
6.49
6.49
2.60
6.75
8.93
7.69
7.69
6.36
6.36
6.61
11.13
3.12
8.10
10.72
9.23
9.23
7.75
7.75
8.05
13.56
3.80
9.87
13.06
11.24
11.24
9.62
9.62
9.99
16.82
4.71
12.24
16.20
12.26
12.26
12.73
21.43
6.01
15.60
20.64
16.06
16.06
16.68
28.08
3.54 4.32 5.36 6.83 8.94
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Bar Support – Lightweight plastic castles, chairs, cradles, plates and slab bolster for rebar positioning and support.
Brace Inserts – Wire-legged panel anchors for subsequent brace attachment in single, double and inverted designs.
Brace Bolt Inserts – Unique wire-legged panel anchor with an integrated bolt means the hardware is always at hand for subsequent brace attachment.
Construction Adhesive – High-strength, pressure-sensitive adhesive for positioning chamfer, reveal and rustication in casting beds.
Edge Connectors – Wing-shaped rebar design for welding the edges of adjacent tilt-up concrete elements.
Edge Form Brackets – Stop cutting lumber blocks and start forming faster with the reusable plastic bracket for panel edge forming.
HGA Bracket – Simple and secure method for connecting helical ground anchors to pipe braces.
Helical Ground Anchor – A steel shaft with helix plates that screws into the ground as an anchor location for pipe braces.
Pipe Braces – Industry-preferred braces, with rated capacities and lengths ranging from 7’-6” to 52’-6”, for tilt-up applications.
Profiles – Detailed line, chamfer, reveal and rustication options for a better concrete panel appearance.
Ring-Lift Lifter – Ground-release system to that connects the tilt-up panel insert to the crane rigging for lifting, handling and positioning.
Slant Anchor – This integral wall anchor is placed during tilt-up panel forming and connected to the footing during panel bracing.
Straight Leg Erection Anchor – An ideal anchor for horizontal-to-vertical edge lifts and shear rotation of thin-wall panels.
Strongbacks – Back-to-back steel channels used to reinforce and span critical areas of tilt-up panels during erection.
Stud Extender – An adjustable plastic support for accurately positioning embeds and weld plates .
SureLift (SL) Insert – High-strength insert with an integrated plastic former to identify the insert location and keep concrete out of the lifting recess.
Truss – The wire design connects the bottom layer of concrete, middle layer of insulation and top layer of concrete into a composite, energy-efficient panel.
840 South 25th Ave Bellwood, IL 60104 708-493-9569 www.surebuilt-usa.com
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