Nati Hex

Whakaahuatanga Poto:

Ko te nati hex tetahi o nga nati e waatea ana, ka whakamahia ki nga punga, ki nga tutaki, ki nga hiu, ki nga kaitao, ki nga rakau miro me etahi atu mea whakamau he miro wiri miihini.

WHAKAPAKI NEI utaina ki te pdf

Tiria

Taipitopito

Tohu

Whakataki Hua

Ko te nati hex tetahi o nga nati tino noa e waatea ana, ka whakamahia me nga punga, nga raka, nga tira, nga tiu, nga rakau miro me etahi atu mea whakamau he miro wiri miihini. He poto te Hex mo te hexagon, ko te tikanga e ono nga taha.Hex n Ko nga uts e tata ana ki te hono tahi me te raka whakahiato ki te hono i nga wahanga maha. Ka noho tahi nga hoa e rua ma te whakakotahitanga o te waku o o raua miro (he paku rerekee te ahua), he iti te toronga o te raka, me te kopiri o nga waahanga. kia hui tahi.

Kia mau tonu te urunga o te miro ki te nati hex, me roa rawa te roa o nga tutaki/tiukiri kia rua nga miro ki te toro atu ki tua atu o te mata nati i muri i te whakakiki. kia mohio ka taea te kati tika te nati.

Nga tono

Ka taea te whakamahi nati Hex mo te maha o nga tono rereke e mau ana i te rakau, te rino, me etahi atu mea hanga mo nga kaupapa penei i nga tauranga, piriti, hanganga huarahi, me nga whare.

Black-oxide steel screws are mildly corrosion resistant in dry environments.Zinc-plated steel screws resist corrosion in wet environments.Black ultra-corrosion-resistant-coated steel screws resist chemicals and withstand 1,000 hours of salt spray .Coarse threads are the industry standard; choose these Hex nuts if you don’t know the threads per inch.Fine and extra-fine threads are closely spaced to prevent loosening from vibration; the finer the thread, the better the resistance.

The Hex nuts is designed to fit a ratchet or spanner torque wrenches allowing you to tighten the nuts to your exact specifications.Grade 2 bolts tend to be used in construction for joining wood components.Grade 4.8 bolt s are used in small engines.Grade 8.8 10.9 or 12.9 bolt s provide high tensile strength.One advantage nuts fasteners have over welds or rivets is that they allow for easy disassembly for repairs and maintenance.

hex nuts

Rahi miro d						M1	M1.2		M1.4		M1.6		(M1.7)		M2		(M2.3)		M2.5		(M2.6)		M3		(M3.5)		M4		M5		M6		(M7)	M8
P	pitch		miro taratara			0.25	0.25		0.3		0.35		0.35		0.4		0.45		0.45		0.45		0.5		0.6		0.7		0.8		1		1	1.25
			tata-whakatangi			/	/		/		/		/		/		/		/		/		/		/		/		/		/		/	1
			tata-whakatangi			/	/		/		/		/		/		/		/		/		/		/		/		/		/		/	/
m	Mōrahi = nominal					0.8	1		1.2		1.3		1.4		1.6		1.8		2		2		2.4		2.8		3.2		4		5		5.5	6.5
	iti rawa te uara					0.55	0.75		0.95		1.05		1.15		1.35		1.55		1.75		1.75		2.15		2.55		2.9		3.7		4.7		5.2	6.14
mw	iti rawa te uara					0.44	0.6		0.76		0.84		0.92		1.08		1.24		1.4		1.4		1.72		2.04		2.32		2.96		3.76		4.16	4.91
s	Mōrahi = nominal					2.5	3		3		3.2		3.5		4		4.5		5		5		5.5		6		7		8		10		11	13
	iti rawa te uara					2.4	2.9		2.9		3.02		3.38		3.82		4.32		4.82		4.82		5.32		5.82		6.78		7.78		9.78		10.73	12.73
e ①	iti rawa te uara					2.71	3.28		3.28		3.41		3.82		4.32		4.88		5.45		5.45		6.01		6.58		7.66		8.79		11.05		12.12	14.38
	*					-	-		-		-		-		-		-		-		-		-		-		-		-		-		-	-
He mano nga pihi taumaha (te rino) kg						0.03	0.054		0.063		0.076		0.1		0.142		0.2		0.28		0.72		0.384		0.514		0.81		1.23		2.5		3.12	5.2
Rahi miro d						M10	M12		(M14)		M16		(M18)		M20		(M22)		M24		(M27)		M30		(M33)		M36		(M39)		M42		(M45)	M48
P	pitch			miro taratara		1.5	1.75		2		2		2.5		2.5		2.5		3		3		3.5		3.5		4		4		4.5		4.5	5
				tata-whakatangi		1	1.5		1.5		1.5		1.5		2		1.5		2		2		2		2		3		3		3		3	3
				tata-whakatangi		1.25	1.25		/		/		2		1.5		2		/		/		/		/		/		/		/		/	/
m	Mōrahi = nominal					8	10		11		13		15		16		18		19		22		24		26		29		31		34		36	38
	iti rawa te uara					7.64	9.64		10.3		12.3		14.3		14.9		16.9		17.7		20.7		22.7		24.7		27.4		29.4		32.4		34.4	36.4
mw	iti rawa te uara					6.11	7.71		8.24		9.84		11.44		11.92		13.52		14.16		16.56		18.16		19.76		21.92		23.52		25.9		27.5	29.1
s	Mōrahi = nominal					17	19		22		24		27		30		32		36		41		46		50		55		60		65		70	75
	iti rawa te uara					16.73	18.67		21.67		23.67		26.16		29.16		31		35		40		45		49		53.8		58.8		63.1		68.1	73.1
e ①	iti rawa te uara					18.9	21.1		24.49		26.75		29.56		32.95		35.03		39.55		45.2		50.85		55.37		60.79		66.44		71.3		76.95	82.6
	*					-	-		-		-		-		-		-		-		-		-		-		-		-		-		-	-
He mano nga pihi taumaha (te rino) kg						11.6	17.3		25		33.3		49.4		64.4		79		110		165		223		288		393		502		652		800	977
Rahi miro d						(M52)		M56		(M60)		M64		(M68)		M72		(M76)		M80		(M85)		M90		M100		M110		M125		M140		M160
P		pitch			miro taratara	5		5.5		5.5		6		6		/		/		/		/		/		/		/		/		/		/
					tata-whakatangi	3		4		4		4		4		6		6		6		6		6		6		6		6		6		6
					tata-whakatangi	/		/		/		/		/		4		4		4		4		4		4		4		4		/		/
m		Mōrahi = nominal				42		45		48		51		54		58		61		64		68		72		80		88		100		112		128
		iti rawa te uara				40.4		43.4		46.4		49.1		52.1		56.1		59.1		62.1		66.1		70.1		78.1		85.8		97.8		109.8		125.5
mw		iti rawa te uara				32.3		34.7		37.1		39.3		41.7		44.9		47.3		49.7		52.9		56.1		62.5		68.6		78.2		87.8		100
s		Mōrahi = nominal				80		85		90		95		100		105		110		115		120		130		145		155		180		200		230
		iti rawa te uara				78.1		82.8		87.8		92.8		97.8		102.8		107.8		112.8		117.8		127.5		142.5		152.5		177.5		195.4		225.4
e ①		iti rawa te uara				88.25		93.56		99.21		104.86		110.51		116.16		121.81		127.46		133.11		144.08		161.02		172.32		200.57		220.8		254.7
		*				-		-		-		-		-		-		-		-		-		-		-		170		196		216		248
He mano nga pihi taumaha (te rino) kg						1220		1420		1690		1980		2300		2670		3040		3440		3930		4930		6820		8200		13000		17500		26500