Lifting Sockets

Great Magtech (Xiamen) Electric Co., Ltd. is one of the leading manufacturers and suppliers of lifting sockets in China. Please feel free to wholesale high quality lifting sockets from our factory. If you have any enquiry about cooperation, please feel free to email us.

Lifting Socket

The system comprises a cast-in lifting socket that is drilled laterally below the threaded portion in order to take a reinforcing bar that is located and tied to the main reinforcement to provide the user with a positive and secure anchorage point. They are available in both stainless steel and zinc-plated steel to offer some protection against corrosion. Each socket can be supplied with two plastic inserts. The upper one (optional extra)is used to prevent the ingress of dirt into the threads whilst the lower one (standard) is used to prevent the ingress of concrete during the casting process.

Lifting Sockets are widely used in the application of precast concrete construction, such as lifting beams, walls, floor slabs, etc.

A reinforcement bar is to be inserted through the cross hole to transfer the load into the concrete, To distribute the forces into the concrete, a bent reinforcement bar of BST 500 s must be inserted through the cross hole of Lifting Sockets, The reinforcement bar can be spread or have parallel sides.

To guarantee the local force transmittance in the concrete, a certain edge distance must be observed, for safety reasons, the thickness of the panel must not fall short of a certain minimum.

Dimensions and Safe Working Loads at concrete strength of 15 N/mm²

Feature of Lifting Socket

• Electro-galvanized or stainless steel.
• Precision steel tube (S355) or stainless steel (A2-standard, A4-on request).

•Rd thread or M thread.
• The socket is anchored into the concrete unit using a reinforcement bar through the cross-hole.

•A pressed plastic stopper prevents the penetration of the concrete from below into the thread.

•The lifting sockets can be used in a wide range of applications due to the flexible way in which the reinforcement can be applied: pipes, walls, slabs, etc.

Quality Control:

 

1. We have specialized QC testers to check the quality of the products according to different customers' requirements. Usually, it's a random inspection, and we also offer 100% inspection at a reasonable price
2. if required：
1）We have IQC to check the dimensions and surface of the incoming material
2）We have PQC to inspect full-course during the manufacturing processing
3）We have FQC inspect all the anodizing/plating and other finishing products from our supplier and proceed with the professional quality and appearance inspection before shipping.

Lifting Socket Specification

Code	Size	S.W.L	Dimensions (mm)			Edge    Distance	Panel  Thickness
		KGS	L	e	C	E	P
GME300112040	Rd12	500	40	22	8.0	150	60
GME300116054	Rd16	1200	54	27	13.0	200	80
GME300120069	Rd20	2000	69	35	15.5	275	110
GME300124078	Rd24	2500	78	43	18.0	300	125
GME300130103	Rd30	4000	103	56	21	350	140
GME300136125	Rd36	6300	125	68	26.5	400	200
GME300142145	Rd42	8000	145	80	32.0	500	240
GME300152195	Rd52	12500	195	97	40.0	600	280

Solid Rod Socket

Solid Rod Sockets are heavy-duty lifting or fixing sockets for high tensile and shear loads.

They are widely used in the application of precast concrete construction, such as lifting beams, walls, floor slabs, etc.

A reinforcement bar is to be inserted through the cross hole to transfer the load into the concrete.

solid rod sockets are economical and have advantages in this component, where the long reinforcement tail provides excellent anchorage, reinforcement tail should normally be U bar.

Code	Size	S.W.L	Dimensions   (mm)				Edge    Distance	Panel    Thickness
		KGS	L	e	D	C	E	P
GME300212050	Rd12	500	50	22	17	9.5	150	75
GME300216061	Rd16	1200	61	30	23	14	200	80
GME300220073	Rd20	2000	73	38	28	16.5	275	100
GME300224086	Rd24	2500	86	46	32	19	300	120
GME300230107	Rd30	4000	107	58	39	22	325	140
GME300236138	Rd36	6300	138	68	48	29	400	200

Flat Plate Socket

Flat Plate Sockets are ideal for large, thin precast concrete components such as slabs and shells, on which it is hard to place normal lifting sockets because

of the thinness of the component, additional reinforcement must be used to transmit the load into the concrete.

it's necessary to install special reinforcement to transmit the force, as well as a surface area reinforcement mesh.

To guarantee the transmittance into the concrete, a certain edge distance must be observed,

also, the panel thickness must not fall short of a certain minimum size because of possible corrosion.

Dimensions and Safe Working Loads at concrete strength of 15 N/mm²

Plate end sockets comprise a threaded socket with a flat plate welded to its base Reinforcement bars can be positioned directly on the flat steel, transmitting the tensile forces safely onto the concrete

The reinforcement plate may be welded or tied to the plate.

Plate end sockets are for use in concrete panels where there is insufficient depth to allow the use of standard sockets e.g. fascia panels, floor panels, etc.

All plate end sockets can be supplied with plastic inserts (optional extra) to prevent the ingress of dirt into the threads during the casting process.

Code	Size	S.W.L	Dimensions (mm)				Edge Distance	Panel Thickness
		KGS	D	a	b	H	E	P
GME300412030	Rd12	500	16	25	35	30	150	75
GME300416035	Rd16	1200	21	35	50	35	280	85
GME300420047	Rd20	2000	27	60	60	47	340	100
GME300424054	Rd24	2500	31	60	80	54	340	120
GME300430072	Rd30	4000	40	80	100	72	440	140
GME300436084	Rd36	6300	48	100	130	84	590	160
GME300442098	Rd42	8000	54	130	130	98	650	170
GME300452117	Rd52	12500	68	130	150	117	790	200

Solid Rod Socket with Crossbar

Solid Rod Socket with Crossbar is heavy-duty lifting or fixing sockets for high tensile and shear loads.

They are widely used in the application of precast concrete construction, such as lifting beams, walls, floor slabs, etc. The Cross Bar is factory-fitted.

To guarantee the local force transmittance in the concrete, a certain edge distance must be observed, for safety reasons, the thickness of the panel must not fall short of a certain minimum.

Dimensions and Safe Working Loads at concrete strength of 15 N/mm²

Code	Size	S. W. L	Dimensions (   mm)				Edge    Distance	Panel    Thickness
		KGS	A1	B1	C1	E1	E	P
GME300310060	M10	600	60	35	16	6	80	160
GME300312050	M12	900	50	20	20	10	90	180
GME300312075	M12	900	75	40	20	10	125	250
GME300316075	M16	1700	75	40	22	10	120	240
GME300316100	M16	1700	100	40	22	10	120	240
GME300320075	M20	2300	75	35	25	12	120	240
GME300324100	M24	3000	100	55	35	16	160	320
GME300330125	M30	6000	125	60	50	25	180	360

Crown Foot Anchor

Crown Foot Anchors are suitable for lifting lightweight flat units, Large surfaces, reinforced precast elements, floor slabs, and similar.

Their advantage is that in most cases no additional reinforcement is needed as the load is transferred through the crown foot to the concrete.

The precondition is that the slab is verified for load case (lifting) and the necessary bending reinforcement for the anchors is installed.

crown foot anchor bottom allows reinforcement rebar directly on it to fix the anchor.

Dimensions and Safe Working Loads at concrete strength of 15 N/mm²

Code	Size	S.W.L	Dimensions   (mm)			Edge    Distance	Panel    Thickness
		KGS	L	D	e	E	P
GME300712060	Rd12	500	60	17	24	120	85
GME300716080	Rd16	1200	80	21	32	160	105
GME300720100	Rd20	2000	100	27	40	200	125
GME300724115	Rd24	2500	115	31	48	230	140
GME300730150	Rd30	4000	150	39	60	300	175

Rebar Foot Anchor Socket

Rebar Foot Anchor Socket is suitable for transporting precast concrete components of varying dimensions. Thin flat slabs, facing panels, beams or columns can all be easily transported by the Combi Anchor.

The load is transferred into the concrete through the round foot so generally, no additional reinforcement is necessary.

Dimensions and Safe Working Loads at concrete strength of 15 N/mm²

Code	Size	S.W.L	Dimensions   (mm)				Edge    Distance	Panel    Thickness
		KGS	L	D	d	G	E	P
GME300412100	Rd12	500	100	16	8	22	150	60
GME300416150	Rd16	1200	150	21	12	27	200	80
GME300420235	Rd20	2000	235	27	14	35	250	100
GME300424260	Rd24	2500	260	31	16	43	300	100
GME300430390	Rd30	4000	390	40	20	56	350	120
GME300436440	Rd36	6300	440	48	25	69	400	140
GME300442540	Rd42	8000	540	54	28	80	450	180

Bar Anchor

Bar Anchors are suitable for transporting very thin-walled precast components such as thin walls, flat panels, etc., even precast masonry wall components can be transported with this bar anchor.

Bar anchor can be installed in concrete with compressive strength ≥15 N/mm2 with a minimum necessary surface reinforcement.

Without special additional reinforcement, the swaged-on rebar itself transfers the force into the concrete. To guarantee the local force transmittance into the concrete, a certain edge distance must be observed. Also, the panel thickness may not be less than a certain minimum owing to the reason of safety.

Dimensions and Safe Working Loads at concrete strength of 15 N/mm²

Code	Size	S.W.L	Dimensions   (mm)				Edge    Distance	Panel    Thickness
		KGS	L	D	d	e	E	P
GME330312200	Rd12	500	200	16	8	22	150	60
GME330316270	Rd16	1200	270	21	12	27	200	80
GME330320350	Rd20	2000	350	27	14	35	275	110
GME330324400	Rd24	2500	400	31	16	43	300	125
GME330330500	Rd30	4000	500	40	20	56	350	140
GME330336650	Rd36	6300	650	48	25	69	400	200
GME330342850	Rd42	8000	850	54	28	80	450	250

Wavy Tail Anchor

Wavy Tail Anchors are suitable for transporting very thin-walled precast components such as thin walls, flat panels, etc, even precast masonry wall components can be transported with the Wavy Tail Anchor.

the wavy tail anchor can be installed in concrete with compressive strength ≥15 N/mm3 without additional reinforcement, provided that there is a minimum surface reinforcement, The inserted wavedrebar only takes over the local transmittance of force in the concrete.

To guarantee the local transfer of force into the concrete, a certain edge distance must be observed. Also, the panel thickness must not fall short of a certain minimum.

the wavy tail anchor is made so that it can fit into the face of skinny concrete panels,

they can be used when lifting concrete panels horizontally to lift these in a vertical position. Dimensions and Safe Working Loads at concrete strength of 15 N/mm2

The Wavy Tail Socket Inserts are complete reinforced anchors for installation into precast units of all sizes e.g.Safety barriers. The unique design of the reinforcing tail safely transmits the tensile forces into the concrete, alleviating the need for additional reinforcement.

All units can be supplied complete with a plastic cap (optional extra) to prevent contamination of the socket thread.

Code	Size	S. W. L	Dimensions (   mm )				Edge    Distance	Panel    Thickness
		KGS	L	d	d1	e	E	P
GME330112108	Rd12	500	108	16	8	22	150	60
GME330116167	Rd16	1200	167	21	12	27	200	80
GME330120187	Rd20	2000	187	27	14	35	275	110
GME330124240	Rd24	2500	240	31	16	43	300	125
GME330130300	Rd30	4000	300	40	20	56	350	140
GME330136380	Rd36	6300	380	48	25	69	400	200
GME330142450	Rd42	8000	450	54	28	80	500	240

Lifting Loop And Eyebolt

Lifting Loops and Eyebolts are used for lifting precast concrete elements with precast anchors inside. The eyebolt can work under both straight pull and diagonal pull loads, while the lifting loops are supposed to work under straight-pull situations only.

Code	Size	Dimensions   (mm)
		L	d	e
GME3701 - 12	M/Rd12	155	6	20
GME3701 - 16	M/Rd16	155	8	24
GME3701 - 20	M/Rd20	215	10	33
GME3701 - 24	M/Rd24	255	12	36
GME3701 - 30	M/RcBO	300	14	54
GME3701 - 36	M/RcB6	340	18	67
GME3701 - 42	M/Rd42	425	20	78
GME3701 - 52	M/Rd52	480	24	95

Special Lifting Loop

Code	Size	Dimensions   (mm)
		L	d	a
GME3702 - 12	M/Rd12	335	8	100
GME3702 - 16	M/Rd16	385	10	120
GME3702 - 20	M/Rd20	470	14	150
GME3702 - 24	M/Rd24	550	18	170
GME3702 - 30	M/Rd30	590	20	210
GME3702 - 36	M/Rd36	620	24	280