China HDG DIN933 Hex Head Bolt Hot Dipped Galvanized manufacturers and suppliers

HDG DIN933 Hex Head Bolt Hot Dipped Galvanized

Brevis descriptio:

Standard: DIN933

Product Name: Hex Head Bolt Hot detritum galvanized

Verba key: DIN 933, HDG

Size: M3-M42

Materia: SUS304, SUS316

Stength Grade: 4.8, 5.8, 6.8, 8.8

Superficiem Curatio: Plane

Post longitudo: plena Thread / Dimidium filum

Post Type: Crassum / bysso

Stipare: lobortis / Wooden causa

Alia Features: Offer nativus capitis marcam.

Mitte ad nos inscriptio

Product Detail

Product Tags

Descriptio

ORIGINALResponsio

ORIGINALQuotation

ORIGINALDelivery

APPARATUS ad navem TRADITIO

10000+ SKU in CELLA

Committimus RTS items:

70% items delivered intra V dies

80% items delivered intra VII dies

90% items deliveredintra X diebus

Moles ordines, commodo elit

Caput fulmen filum plenum hexagoni Sinis factory1

Plena fila hex caput fulmine Sinarum factory2

d					M1.6		M2		M2.5		M3		(M3.5)		M4		M5		M6		(M7)		M8		M10		M12		(M14)		M16
P			Pix		0.35		0.4		0.45		0.5		0.6		0.7		0.8		1		1		1.25		1.5		1.75		2		2
a			Max		1.05		1.2		1.35		1.5		1.8		2.1		2.4		3		3		3.75		4.5		5.25		6		6
c			Min		0.1		0.1		0.1		0.15		0.15		0.15		0.15		0.15		0.15		0.15		0.15		0.15		0.15		0.2
			Max		0.25		0.25		0.25		0.4		0.4		0.4		0.5		0.5		0.5		0.6		0.6		0.6		0.6		0.8
d_a			Max		2		2.6		3.1		3.6		4.1		4.7		5.7		6.8		7.8		9.2		11.2		13.7		15.7		17.7
d_w			Classis	Min	2.4		3.2		4.1		4.6		5.1		5.9		6.9		8.9		9.6		11.6		15.6		17.4		20.5		22.5
			B Class	Min	-		-		-		-		-		5.7		6.7		8.7		9.4		11.4		15.4		17.2		20.1		22
e			Classis	Min	3.41		4.32		5.45		6.01		6.58		7.66		8.79		11.05		12.12		14.38		18.9		21.1		24.49		26.75
			B Class	Min	-		-		-		-		-		7.5		8.63		10.89		11.94		14.2		18.72		20.88		23.91		26.17
k			Nominal		1.1		1.4		1.7		2		2.4		2.8		3.5		4		4.8		5.3		6.4		7.5		8.8		10
			Classis	Min	0.98		1.28		1.58		1.88		2.28		2.68		3.35		3.85		4.65		5.15		6.22		7.32		8.62		9.82
				Max	1.22		1.52		1.82		2.12		2.52		2.92		3.65		4.15		4.95		5.45		6.56		7.68		8.98		10.18
			B Class	Min	-		-		-		-		-		2.6		3.26		3.76		4.56		5.06		6.11		7.21		8.51		9.71
				Max	-		-		-		-		-		3		3.74		4.24		5.04		5.54		6.69		7.79		9.09		10.29
k₁			Min		0.7		0.9		1.1		1.3		1.6		1.9		2.28		2.63		3.19		3.54		4.28		5.05		5.96		6.8
r			Min		0.1		0.1		0.1		0.1		0.1		0.2		0.2		0.25		0.25		0.4		0.4		0.6		0.6		0.6
s			Max=Nominal		3.2		4		5		5.5		6		7		8		10		11		13		17		19		22		24
			Classis	Min	3.02		3.82		4.82		5.32		5.82		6.78		7.78		9.78		10.73		12.73		16.73		18.67		21.67		23.67
			B Class	Min	-		-		-		-		-		6.64		7.64		9.64		10.57		12.57		16.57		18.48		21.16		23.16
d						(M18)		M20		(M22)		M24		(M27)		M30		(M33)		M36		(M39)		M42		(M45)		M48		(M52)
P	Pix					2.5		2.5		2.5		3		3		3.5		3.5		4		4		4.5		4.5		5		5
a	Max					7.5		7.5		7.5		9		9		10.5		10.5		12		12		13.5		13.5		15		15
c	Min					0.2		0.2		0.2		0.2		0.2		0.2		0.2		0.2		0.3		0.3		0.3		0.3		0.3
	Max					0.8		0.8		0.8		0.8		0.8		0.8		0.8		0.8		1		1		1		1		1
d_a	Max					20.2		22.4		24.4		26.4		30.4		33.4		36.4		39.4		42.4		45.6		48.6		52.6		56.6
d_w	Classis	Min				25.3		28.2		30		33.6		-		-		-		-		-		-		-		-		-
	B Class	Min				24.8		27.7		29.5		33.2		38		42.7		46.5		51.1		55.9		59.9		64.7		69.4		74.2
e	Classis	Min				30.14		33.53		35.72		39.98		-		-		-		-		-		-		-		-		-
	B Class	Min				29.56		32.95		35.03		39.55		45.2		50.85		55.37		60.79		66.44		71.3		76.95		82.6		88.25
k	Nominal					11.5		12.5		14		15		17		18.7		21		22.5		25		26		28		30		33
	Classis	Min				11.28		12.28		13.78		14.78		-		-		-		-		-		-		-		-		-
		Max				11.72		12.72		14.22		15.22		-		-		-		-		-		-		-		-		-
	B Class	Min				11.15		12.15		13.65		14.65		16.65		18.28		20.58		22.08		24.58		25.58		27.58		29.58		32.5
		Max				11.85		12.85		14.35		15.35		17.35		19.12		21.42		22.92		25.42		26.42		28.42		30.42		33.5
k₁	Min					7.8		8.5		9.6		10.3		11.7		12.8		14.4		15.5		17.2		17.9		19.3		20.9		22.8
r	Min					0.6		0.8		0.8		0.8		1		1		1		1		1		1.2		1.2		1.6		1.6
s	Max=Nominal					27		30		32		36		41		46		50		55		60		65		70		75		80
	Classis	Min				26.67		29.67		31.61		35.38		-		-		-		-		-		-		-		-		-
	B Class	Min				26.15		29.16		31		35		40		45		49		53.8		58.8		63.1		68.1		73.1		78.1

Detail drawing

HDG vulgo refert ad fovendum movere fovendum. Intingere movere calidam est metallum fusile agere cum matrice ferrea ad stannum stratum producendum, ita ut matrix et litura componantur. Intingere fovere calidum est partes ferreas et chalybeas primo spicas, ut ferrum oxydatum in superficie ferrei et ferri partes tollat, postquam servantur, purgatur in piscina chloridi Ammonii vel chloridi aquei zinci vel solutionis. mixta aquea solutione Ammoni chloridi et chloridi zinci, ac deinde in piscinam efficiens tingui calidam. Calidum intingere moveret commoda tunicae uniformis, fortis adhaesio et longae vitae usus.

Resistentia corrosio maxime determinatur crassitudine iacuit galvanizatae, itaque crassitudo mensurae saepe fundamentum est principale ad iudicandum qualitatem strato galvanizato. Solutionis angulus et celeritas etiam magnam vim habent. Unde impossibile est quod totaliter crassitudinem efficiens uniformem obtineat. Ideo mensura adiectionis numquam per unum punctum iudicari potest. Solum significativum est adhaesionem mediocris ponderis per unitatem aream (g) metiri (㎡). Multi sunt modi adhaesionem metiendi quantitatem, ut perniciosam sectionem metallographicam observationis methodi, servantur methodi, non perniciosa methodus cinematographica crassitudo metri, methodus electrochemica, modus aestimationis ponderis, differentiae inter bona advenientium et exituum, methodi communiter usi sunt etc. crassitiem movendi metiendi metiendi et cretandi modum.

Caput fulmen stamina plena hex Sinis factory3

stipare

Providemus varias varias sarcinas ut obviam veniant diversae naves environment et sumptus imperium. Frequentissima fasciculorum genera sunt ton sarcinas, intextas loculos, cistas in mole, cistas in cistas, plus cursares vel casus ligneos ad onera maris vel aeris requisita. Infra imagines fasciculorum diversorum generum, quas pro referente offerimus, sunt.