SAMIK Corporation

Rubber Sheets

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(주)삼익의 산업용 고무시트를 소개합니다!

고무 종류별 특성 (Relative Properties of Rubber)

	NR	SBR	BR	EPDM	IIR	CR	NBR	T	O	ECO	CSM	FKM	ACM	CM	U
인장강도 (순고무) Tensil Strength (gum)	E	P	P	P	F	E	P	P	P	F	G	G-E	P	F	-
인장강도 (보강제 배합) Tensil Strength (reinforced)	E	G-E	G	G-E	G	G-E	E	F	F	G	G-E	G-E	F-G	G	G-E
인열저항 (저온) Tear Strength (cold)	G	F-G	G	G	G	G	F	G	F	F	F	F	P	G	G
인열저항 (고온) Tear Strength (hot)	G	F	F	E	F	G	P	P	P	-	-	-	-	-	G
내 마모성 Abrasion Resistance	G	F	F	E	F	G	P	P	P	-	-	-	-	-	G
일반적 조건상에서의 내노화 특성 Atm ospheric Aging	P	P	P-F	E	G-E	E	E	F	F	G	E	G	F	E	E
내 오존성 Oxidation Resistance	G	G	G	E	G-E	G	F	E	E	VG	E	E	E	E	E
내 열성 Heat Resistance	G	G	G	G	G-E	G	G	F	E	VG	E	E	G	E	F-G
저온 유연 특성 Low Temperature Flexibility	E	G	E	G	F	F	F	G	E	F-G	F	G	P	G	E
내 압축영구 줄음 특성 Compression Set	F-G	P-F	G	G	F	P-F	G	P-F	E	G	F	VG	G	VG	G
내 공기 투과 특성 Impermeability	F	F	P-F	P-F	E	G	E	E	F	E	P	P	P	P	G
난연성 Flame Resistance	P	P	P	P	P	E	P	P	F	F-G	G	G	P	G	P
내 알카리성 Alkali Resistance	G	G	G	G	VG	G	F	G	G	VG	VG	F	P-F	VG	G
내 산성 (묽은 용액) Acid Resistance (dilute)	G	F-G	G	G	E	E	G	G	G	G	E	E	F	VG	G
내 산성 (진한 용액) Acid Resistance (conc)	F-G	F-G	G	G	E	G	F	P	F	F	E	E	F	VG	F
전기 절연성 Dielectric Properties	G-E	G	G	E	G-E	P-F	P	G	E	P-G	E	G	F	G-E	G-E
내 유성 (동, 식물유) (Animal & Vegetable Oil) Resistance	P-G	P-G	P-G	P	E	G	E	E	G	E	E	E	VG	G	G-E
내 유성 (윤활유, 연료유) (Oil & Gasoline)	P	P	P	P	P	G	E	E	F	E	G	E	G	G	E
(지방족 탄화수소류 유기용제) (Aliphatic Hydrocarbon Solvet)	P	P	P	P	P	G	E	E	G	G	G	E	E	G	G
(방향족 탄화수소 류) (Aromatic Hydrocarbons)	P	P	P	P	P	F	F	E	G	G	F-G	E	F	F	P
(염소화 유기용제 류) (Chlorinated Solvents)	P	P	P	P	P	P	P	E	F	-	-	-	-	-	-
(옥시겐화 유기용제 류) (Oxygenated Solvents)	G	G	G	G	G	P	P	G	G	P	P	P	P	P	F

P = 불량 F = 보통 G = 양호 VG = 아주양호 E = 탁월함	NR	Natural Rubber	NBR	Acrylonitrile Butadiene Rubber	ACM	Polyacrylate
	SBR	Styrene Butadiene Rubber	T	Polysulfide	CM	Chlorinated Polyethyene
	BR	Poly Butadiene Rubber	Q	Silicone	U	Polyurethane
	EPDM	Ethylene Propylene Dine Terpolymer	ECO	Epichlorohydrin
	IIR	Isoprene Isobutylene Rubber	CSM	Sulfonated Polyethylene
	CR	Chloroprene Rubber	FKM	Fluororubber

대표 물성 (Typical Property)

Natural Rubber Sheet
		기본 물성 Basic Property				노화후 물성 After Heat Aging			Remark
		HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Color Sheet	Gum	45±5	min 120 / 1600	min 700	0.95±0.05	±10	max - 20	max - 40	70℃ × 70h
Color Sheet	White	60±5	min 70 / 900	min 500	1.45±0.05	±10	max - 25	max - 45
Black Sheet		60±5	min 150 / 2100	min 650	1.15±0.05	±10	max - 25	max - 40

SBR Sheet
		기본 물성 Basic Property				노화후 물성 After Heat Aging			Remark
		HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Black Sheet	Gum	60±5	min 30 / 400	min 250	1.50±0.05	±10	max - 30	max - 45	70℃ × 70h

NBR Sheet
		기본 물성 Basic Property				노화후 물성 After Heat Aging			Remark
		HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Color Sheet	White	60±5	min 60 / 800	min 450	1.45±0.05	±10	max - 25	max - 35	70℃ × 70h
Black Sheet		60±5	min 80 / 1100	min 350	1.30±0.05	±10	max - 25	max - 35

CR Sheet
		기본 물성 Basic Property				노화후 물성 After Heat Aging			Remark
		HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Color Sheet	White	60±5	min 70 / 900	min 450	1.45±0.05	±15	max - 30	max - 50	100℃ × 70h
Black Sheet		60±5	min 80 / 1100	min 350	1.35±0.05	±15	max - 30	max - 45	100℃ × 70h

EPDM Rubber Sheet
		기본 물성 Basic Property				노화후 물성 After Heat Aging			Remark
		HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Color Sheet	White	60±5	min 40 / 500	min 250	1.35±0.05	±10	max - 30	max - 50	100℃ × 70h
Black Sheet		60±5	min 50 / 700	min 250	1.25±0.05	±10	max - 30	max - 45	100℃ × 70h

FKM Sheet
	기본 물성 Basic Property				노화후 물성 After Heat Aging			Remark
	HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Dark Brown Sheet	75±5	min 85 / 1200	min 250	1.90±0.05	±10	max - 30	max - 50	200℃ × 70h

Nonflammable Rubber Sheet
	기본 물성 Basic Property				노화후 물성 After Heat Aging			Remark
	HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Black Sheet	60±5	min 80 / 1100	min 350	1.50±0.05	±10	max - 25	max - 40	100℃ × 70h

Wear Resistance Rubber Sheet
	기본 물성 Basic Property				노화후 물성 After Heat Aging			Remark
	HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Black Sheet	60±5	min 110 / 1500	min 350	1.25±0.05	±10	max - 25	max - 40	100℃ × 70h

Butyl Rubber Sheet
	기본 물성 Basic Property				노화후 물성 After Heat Aging			Remark
	HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Black Sheet	60±5	min 80 / 1100	min 500	1.15±0.05	±5	max - 15	max - 25	70℃ × 70h

Conductive Rubber Sheet
	기본 물성 Basic Property				노화후 물성 After Heat Aging				Remark
	HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	표면저항 Surface Resistivity <-Ω/S.Q->	Remark
Color Layer (Anti-static)	65±5	min 120 / 1600	min 500	1.20±0.05	±10	max - 20	max - 35	E8±1.0	100℃ × 70h
Black Layer (Conductive)	65±5	min 70 / 1000	min 250	1.40±0.05	±10	max - 25	max - 40	E4±1.0	100℃ × 70h

※ 상기 기재된 제품의 물성은 대표물성으로 고객에 공지 없이 변경될 수 있습니다.

Introducing the Samik of Special Rubber Sheets.

Relative Properties of Rubber

	NR	SBR	BR	EPDM	IIR	CR	NBR	T	O	ECO	CSM	FKM	ACM	CM	U
Tensil Strength (gum)	E	P	P	P	F	E	P	P	P	F	G	G-E	P	F	-
Tensil Strength (reinforced)	E	G-E	G	G-E	G	G-E	E	F	F	G	G-E	G-E	F-G	G	G-E
Tear Strength (cold)	G	F-G	G	G	G	G	F	G	F	F	F	F	P	G	G
Tear Strength (hot)	G	F	F	E	F	G	P	P	P	-	-	-	-	-	G
Abrasion Resistance	G	F	F	E	F	G	P	P	P	-	-	-	-	-	G
Atm ospheric Aging	P	P	P-F	E	G-E	E	E	F	F	G	E	G	F	E	E
Oxidation Resistance	G	G	G	E	G-E	G	F	E	E	VG	E	E	E	E	E
Heat Resistance	G	G	G	G	G-E	G	G	F	E	VG	E	E	G	E	F-G
Low Temperature Flexibility	E	G	E	G	F	F	F	G	E	F-G	F	G	P	G	E
Compression Set	F-G	P-F	G	G	F	P-F	G	P-F	E	G	F	VG	G	VG	G
Impermeability	F	F	P-F	P-F	E	G	E	E	F	E	P	P	P	P	G
Flame Resistance	P	P	P	P	P	E	P	P	F	F-G	G	G	P	G	P
Alkali Resistance	G	G	G	G	VG	G	F	G	G	VG	VG	F	P-F	VG	G
Acid Resistance (dilute)	G	F-G	G	G	E	E	G	G	G	G	E	E	F	VG	G
Acid Resistance (conc)	F-G	F-G	G	G	E	G	F	P	F	F	E	E	F	VG	F
Dielectric Properties	G-E	G	G	E	G-E	P-F	P	G	E	P-G	E	G	F	G-E	G-E
(Animal & Vegetable Oil) Resistance	P-G	P-G	P-G	P	E	G	E	E	G	E	E	E	VG	G	G-E
(Oil & Gasoline)	P	P	P	P	P	G	E	E	F	E	G	E	G	G	E
(Aliphatic Hydrocarbon Solvet)	P	P	P	P	P	G	E	E	G	G	G	E	E	G	G
(Aromatic Hydrocarbons)	P	P	P	P	P	F	F	E	G	G	F-G	E	F	F	P
(Chlorinated Solvents)	P	P	P	P	P	P	P	E	F	-	-	-	-	-	-
(Oxygenated Solvents)	G	G	G	G	G	P	P	G	G	P	P	P	P	P	F

P = Poor F = Fair G = Good VG = Very Good E = Excellent	NR	Natural Rubber	NBR	Acrylonitrile Butadiene Rubber	ACM	Polyacrylate
	SBR	Styrene Butadiene Rubber	T	Polysulfide	CM	Chlorinated Polyethyene
	BR	Poly Butadiene Rubber	Q	Silicone	U	Polyurethane
	EPDM	Ethylene Propylene Dine Terpolymer	ECO	Epichlorohydrin
	IIR	Isoprene Isobutylene Rubber	CSM	Sulfonated Polyethylene
	CR	Chloroprene Rubber	FKM	Fluororubber

Typical Property

Natural Rubber Sheet
		Basic Property				After Heat Aging			Remark
		HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Color Sheet	Gum	45±5	min 120 / 1600	min 700	0.95±0.05	±10	max - 20	max - 40	70℃ × 70h
Color Sheet	White	60±5	min 70 / 900	min 500	1.45±0.05	±10	max - 25	max - 45
Black Sheet		60±5	min 150 / 2100	min 650	1.15±0.05	±10	max - 25	max - 40

SBR Sheet
		Basic Property				After Heat Aging			Remark
		HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Black Sheet	Gum	60±5	min 30 / 400	min 250	1.50±0.05	±10	max - 30	max - 45	70℃ × 70h

NBR Sheet
		Basic Property				After Heat Aging			Remark
		HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Color Sheet	White	60±5	min 60 / 800	min 450	1.45±0.05	±10	max - 25	max - 35	70℃ × 70h
Black Sheet		60±5	min 80 / 1100	min 350	1.30±0.05	±10	max - 25	max - 35

CR Sheet
		Basic Property				After Heat Aging			Remark
		HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Color Sheet	White	60±5	min 70 / 900	min 450	1.45±0.05	±15	max - 30	max - 50	100℃ × 70h
Black Sheet		60±5	min 80 / 1100	min 350	1.35±0.05	±15	max - 30	max - 45	100℃ × 70h

EPDM Rubber Sheet
		Basic Property				After Heat Aging			Remark
		HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Color Sheet	White	60±5	min 40 / 500	min 250	1.35±0.05	±10	max - 30	max - 50	100℃ × 70h
Black Sheet		60±5	min 50 / 700	min 250	1.25±0.05	±10	max - 30	max - 45	100℃ × 70h

FKM Sheet
	Basic Property				After Heat Aging			Remark
	HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Dark Brown Sheet	75±5	min 85 / 1200	min 250	1.90±0.05	±10	max - 30	max - 50	200℃ × 70h

Nonflammable Rubber Sheet
	Basic Property				After Heat Aging			Remark
	HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Black Sheet	60±5	min 80 / 1100	min 350	1.50±0.05	±10	max - 25	max - 40	100℃ × 70h

Wear Resistance Rubber Sheet
	Basic Property				After Heat Aging			Remark
	HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Black Sheet	60±5	min 110 / 1500	min 350	1.25±0.05	±10	max - 25	max - 40	100℃ × 70h

Butyl Rubber Sheet
	Basic Property				After Heat Aging			Remark
	HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Remark
Black Sheet	60±5	min 80 / 1100	min 500	1.15±0.05	±5	max - 15	max - 25	70℃ × 70h

Conductive Rubber Sheet
	Basic Property				After Heat Aging				Remark
	HS <-Shore-A->	TB <-㎏/㎠-><-Ib/in2->	EB <-%->	SP.GR	ΔHS <-㎏/㎠->	ΔTB <-%->	ΔEB <-%->	Surface Resistivity <-Ω/S.Q->	Remark
Color Layer (Anti-static)	65±5	min 120 / 1600	min 500	1.20±0.05	±10	max - 20	max - 35	E8±1.0	100℃ × 70h
Black Layer (Conductive)	65±5	min 70 / 1000	min 250	1.40±0.05	±10	max - 25	max - 40	E4±1.0	100℃ × 70h

※ Above physical properties are representative and could be changed without notice..

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TABLE MAT [도전성 고무 매트]

피로방지 고무 매트

특수 고무

고무 종류별 특성 (Relative Properties of Rubber)

대표 물성 (Typical Property)

Insulating Ribbed Rubber Mats

Fire Retardant Mats

Radiation Shielding Mats

Conductive Rubber Mats

Anti-Fatigue Rubber Mats

Special Purpose Rubber Mats

Relative Properties of Rubber

Typical Property