Turnbuckle Hook/Hook AISI 316 - ALL SIZES

S311H-04PR

Turnbuckle 4mm Hook/Hook ProRig AISI 316

$3.28 ^{ex. GST}

S311H-05PR

Turnbuckle 5mm Hook/Hook ProRig AISI 316

$4.23 ^{ex. GST}

S311H-06PR

Turnbuckle 6mm Hook/Hook ProRig AISI 316

$5.46 ^{ex. GST}

S311H-08PR

Turnbuckle 8mm Hook/Hook ProRig AISI 316

$8.72 ^{ex. GST}

S311H-10PR

Turnbuckle 10mm Hook/Hook ProRig AISI 316

$14.66 ^{ex. GST}

S311H-12PR

Turnbuckle 12mm Hook/Hook ProRig AISI 316

$25.33 ^{ex. GST}

S311H-10EC

Turnbuckle 10mm Hook/Hook Econ AISI 316

$9.56 ^{ex. GST}

S311H-08EC

Turnbuckle 8mm Hook/Hook Econ AISI 316

$5.19 ^{ex. GST}

S311H-06EC

Turnbuckle 6mm Hook/Hook Econ AISI 316

$2.77 ^{ex. GST}

S311H-05EC

Turnbuckle 5mm Hook/Hook Econ AISI 316

$1.89 ^{ex. GST}

To access Trade Prices, click below TRADE FORM

Turnbuckle Hook/Hook AISI 316

A Hook/Hook Turnbuckle consists of two (2) threaded AISI 316 grade stainless steel Threaded Hooks screwed into each end of a cast stainless steel frame, or Turnbuckle. Miami Stainless Threaded Hooks are forged AISI 316 marine grade stainless steel and designed to attach to a wide range of fixtures and fittings. Miami Stainless Turnbuckles Hook/Hook, are specifically suited for adjusting the tension and length of stainless steel wire rope, balustrade systems and other tensioning methods. Miami Stainless range of Turnbuckles include Econ and the ultra high quality ProRig brand.

CODE	TYPE	THREAD	L-MIN	L-MAX	ID	A	BREAK LOAD*
S311H-04 - PRORIG	Hook/Hook	M4	102	154	7	6	100
S311H-05 - PRORIG	Hook/Hook	M5	125	160	8	7	130
S311H-05 - ECON	Hook/Hook	M5	125	160	8	7	130
S311H-06 - PRORIG	Hook/Hook	M6	170	220	10	9	350
S311H-06 - ECON	Hook/Hook	M6	170	220	10	9	350
S311H-08 - PRORIG	Hook/Hook	M8	212	290	12	10	650
S311H-08 - ECON	Hook/Hook	M8	212	290	12	10	650
S311H-10 - PRORIG	Hook/Hook	M10	255	350	15	13	800
S311H-10 - ECON	Hook/Hook	M10	255	350	15	13	800
S311H-12 - PRORIG	Hook/Hook	M12	332	517	18	15	1400

BL – Breaking Load, break load indicated are for ProRig products only. *It is the Purchasers’ responsibility to determine whether the testing procedure and breaking load is suitable for purpose