MPW VDI3357 Standard Wear Plate

MPW VDI3357 Standard Wear Plate is made by inlaying special solid lubricant in the appropriate position. The metal base material supports the load and has a lubricating effect due to the embedded solid lubricant. It can show good self-lubricating durability even under harsh conditions. It is most suitable for locations that must be lubricated frequently, locations with reciprocating motion or frequent starts and stops, and locations where it is difficult to form an oil film. It can be used in a self-lubricating state and does not require a refueling device. It can shorten the assembly period, reduce oil pollution and beautify the environment. good bite resistance. This wear plate is manufactured to meet the VDI3357 standard ensuring compatibility and reliable performance.

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Product Introduction
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Material Description
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Product Features

1 Can work for a long time under oil-free conditions.

2 More suitable for low-speed and heavy-load workingconditions, with good wear resistance and extremely low frict.

3 Suitable for situations where oil film is difficult to form, such as reciprocating, rotating and intermittent movements.

4 Resistant to corrosion and oxidation.

5 Maintenance-free and long service life.

Why Choose Oilless Bearings

Reduce Manufacturing costs

There is no need for oil supply device, oil injection hole or oil groove processing, which can greatly save manufacturing costs.

Reduce Operating Costs

It greatly reduces the usage of lubricating oil, reduces equipment maintenance, and avoids hidden dangers caused by insufficient oil supply, effectively reducing operating costs.

Shorten Design Time

The oil-free design simplifies the product structure and effectively saves design time. We are professional ODM Suppliers of MPW VDI3357 Standard Wear Plate

Conducive To Environmental Protection

No waste oil recycling is required, which is also beneficial to environmental protection.

Application Fields

High Temperature

·Steel factory

·Smelting furnace

·Drying equipment

·Baking oven

·Heat controller

Water Proof

·Dam gate

·Water pump

·Fluid switch structure

·Offshore structures

·Dock and silt machine equipment

Chemical Industry

·Chemical factory

·Electroplating equipment

·Wastewater treatment equipment

·Dyeing machinery

·Oil and chemical refining equipment

Energy

·Wind power

·New energy

Ship

·Deck crane

·Anchor

·Hatch cover

·Rudder arm

·Lifting machinery and lifting ring equipment

Automobile Manufacturing

·Stamping mold

·Welding structure

·Painting and drying line

·Metal conveyor belt

·Machine tools

Heavy Industry

·Steel pipe factory machinery

·Tire and paper mills

·Power plant

·Connecting toggle of mold injection machinery

Construction, Mining, Loading

·Mixers, grinders, pulverizers

·Construction machinery

·Mining equipment

·Connecting rod bearings

Bridges and Lift Rails

·Bridge bearings

·Beams, bridges, suspension bridges

·Nuclear energy related reactors

·Steam generator

unit:mm

Part No.	W-0.2	L-0.2	W1±0.2	L1±0.2	L2±0.2	L3±0.2	Shape	Head Screw Choose
Part No.	W-0.2	L-0.2	W1±0.2	L1±0.2	L2±0.2	L3±0.2	Shape	DIN 912 DIN ENISO 4762	Q'ty
MPW-50×80	50	80	-	25	30	-	A	M8×25	2
MPW-50×100	50	100	-	''	50	-	''	M12×25	''
MPW-50×125	50	125	-	''	75	-	''	''	''
MPW-50×160	50	160	-	''	110	-	''	''	''
MPW-50×200	50	200	-	''	150	-	''	''	''
MPW-50×250	50	250	-	''	60	80	E	''	4
MPW-50×300	50	300	-	''	80	90	''	''	''
MPW-50×350	50	350	-	''	100	100	''	''	''
MPW-50×400	50	400	-	''	120	110	''	''	''
MPW-50×450	50	450	-	''	140	120	''	''	''
MPW-50×500	50	500	-	''	150	150	''	''	''
MPW-80×50	80	50	30	25	-	-	B	M8×25	2
MPW-80×80	80	80	-	''	30	-	A	M12×25	''
MPW-80×100	80	100	-	''	50	-	''	''	''
MPW-80×125	80	125	-	''	75	-	''	''	''
MPW-80×160	80	160	-	''	110	-	''	''	''
MPW-80×200	80	200	-	''	150	-	''	''	''
MPW-80×250	80	250	-	40	170	-	''	''	''
MPW-80×315	80	315	-	''	235	-	''	''	''
MPW-80×250	80	250	-	25	60	80	E	''	4
MPW-80×300	80	300	-	''	80	90	''	''	''
MPW-80×350	80	350	-	''	100	100	''	''	''
MPW-80×400	80	400	-	''	120	110	''	''	''
MPW-80×450	80	450	-	''	140	120	''	''	''
MPW-80×500	80	500	-	''	150	150	''	''	''
MPW-100×50	100	50	50	25	-	-	B	M12×25	2
MPW-100×80	100	80	''	40	-	-	''	''	''
MPW-100×100	100	100	-	25	50	-	A	''	''
MPW-100×125	100	125	-	''	75	-	''	''	''
MPW-100×160	100	160	-	''	110	-	''	''	''
MPW-100×200	100	200	-	"	150	-	''	''	''
MPW-100×250	100	250	-	40	170	-	''	''	''
MPW-100×315	100	315	-	''	235	-	''	''	''
MPW-100×450	100	450	-	25	140	120	E	''	4
MPW-100×500	100	500	-	''	150	150	''	''	''
MPW-125×50	125	50	75	25	-	-	B	M12×25	2
MPW-125×80	125	80	''	40	-	-	''	''	''
MPW-125×100	125	100	''	25	50	-	C	''	3
MPW-125×125	125	125	''	''	75	-	''	''	''
MPW-125×160	125	160	''	''	110	-	''	''	''
MPW-125×200	125	200	''	''	150		''	''	''
MPW-125×250	125	250	''	40	170	-	''	''	''
MPW-125×315	125	315	''	''	235	-	''	''	''
MPW-125×450	125	450		25	140	120	E	''	4
MPW-125×500	125	500		''	150	150	''	''	''
MPW-160×50	160	50	110	25	-	-	B	M12×25	2
MPW-160×80	160	80	''	40	-	-	''	''	''
MPW-160×100	160	100	''	25	50	-	C	''	3
MPW-160×125	160	125	''	''	75	-	''	''	''
MPW-160×160	160	160	''	''	110	-	''	''	''
MPW-160×200	160	200	''	''	ISO	-	''	''	''
MPW-160×250	160	250	''	40	170	-	D	''	4
MPW-160×315	160	315	'	''	235	-	''	''	''

Material Composition and Properities
Material	CuZn25Al5Mn3Fe3	CuSn5Pb5Zn5	CuAl10Ni5Fe5	CuSn12	CuZn25Al5Mn4Fe3
Density	8.0	8.9	7.8	8.9	8.0
Hardness HB	>210	>70	>150	>95	>250
Tensile Strength N/mm²	>750	>200	>600	>260	>800
Yield Strength N/mm²	>450	>90	>260	>150	>450
Elongation%	>12	>15	>10	>৪	>800
Coefficien of Linear Expansion 10^-5/℃	1.9	1.8	1.6	1.8	1.9
Limit Temp ℃	-40~+300	-40~+400	-40~+400	-40~+400	-40~+150
Max. Load N/mm²	100	60	50	70	120
Max. Speed (Dry) m/min	15	10	20	10	15
Max.PV N/mm²*m/min	200	60	60	80	200
Compression of Permanent Deformation 300N/mm²	<0.01	<0.05	<0.04	<0.05	<0.05
*Big demand with special materials is available.

Base Material Interchange
Material Codes	China Brands GB1176-87	Intenational ISO 1338	Germany DIN	Japan JIS	America ASTM(UNS)	England BS	Italy JM	Applicable conditions
JDB Casted Bronze	ZCuZn25AI5 Fe3Mn3	GCuZn25AI6 Fe3Mn3	DIN1709 G-CuZn25AI5	H5102 CAC304	B30-92 C86300	HTB2	JM18-1	High-load, low speed Commonly used
JDB-1Bronze	ZCuSn5 Pb5Zn5	GCuPb5 Sn5Zn5	DIN1705 G-CuSn5ZnPb	H5111 BC6	B30-92 C83600	LG2	JM7-15	Mid-load, low speed Commonly used
JDB-2Bronze	ZCuAI9Fe4 Ni4Mn2	GCuAI10 FeNiS	DIN17656 G-CuAI10Ni	H5114 AIBC3	B30-92 C95500	AB2	JM3-15	Mid-load, mid-speed, Commonly used
JDB-3Bronze	ZCuSn12		G-CuSn12	CAC503B	B30-92 C90800	PB2	JM1-15	Mid-load, low speed, Commonly used
JDB-5	ZCuZn25AI6 Fe3Mn3	GCuZn25AI6 Fe3Mn3	DIN1709 G-CuZn25AI5	H5102 CAC304	B30-92 C86300	HTB2	JM18-1	Over high load, low speed, High load used

Solid Lubricant
Lubricant	Features	Typical application
SL1 Graphite+add	Excellent resistance against chemical attacks and low friction, Temp limit 400℃	Suit for general machines and under atmosphere
SL4 PTFE+add	Lowest in friction and good of water Lubrication,Temp limit 300℃	Ship, hydraulic turbine, gas turbine, etc.

SUBMIT

About US

Zhejiang Mingxu Machinery Manufacturing Co., Ltd. Zhejiang Mingxu Machinery Manufacturing Co., Ltd., formerly known as Jiashan Mingxu Precision Machinery Factory, was founded in 2011. The company is located in the hinterland of the Yangtze River Delta Integrated Development Demonstration Zone, with location and convenient transportation. With more than ten years of manufacturing and R&D experience, the company has been deeply involved in the development and production of solid lubricating bearings, skateboards, slideways, and sliders. ODM Suppliers and Company of MPW VDI3357 Standard Wear Plate in China. The product manufacturing adopts modern automation equipment, strictly implements the ISO2000 quality management system standard, and the main processes are processed by high-precision CNC machines. The company's main products cover a series of products such as JDB solid inlaid self-lubricating bearings, steel-copper sintered bearings, SF-1 self-lubricating bearings, SF-2 boundary self-lubricating bearings, and FB090 copper bearings. Widely used in automobile industry, construction machinery, metallurgical equipment, mining machinery, injection molding, mold, textile, printing and many other machinery manufacturing fields; Till now, the company's products have spread all over China and exported to many foreign countries, and are deeply recognized and loved by domestic and foreign customers.

Mingxu Machinery adheres to the service tenet of "quality-oriented high-quality service", and strive to provide customers with professional products and services. Supply Wholesale MPW VDI3357 Standard Wear Plate. The company will continue to introduce talents, improve the management mechanism, integrity, development, innovation, and strive to build a world-class brand.

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Product knowledge

How to adjust the material hardness of VDI3357 Standard Wear Plate to improve wear resistance?

Adjusting the material hardness of VDI3357 Standard Wear Plate to improve wear resistance involves unique production and treatment approaches. The hardness of a material is a important thing influencing its capacity to face up to put on, abrasion, and deformation. Here are steps that may be taken to regulate the fabric hardness of VDI3357 Standard Wear Plate:

Material Selection:Opt for put on-resistant substances acknowledged for their hardness. Common choices consist of device steels (e.G., D2, A2), high-velocity steels (e.G., M2, M4), and distinctiveness alloys designed for put on resistance.Consider the utility's particular wear conditions while selecting the material, thinking of elements like abrasion, effect, and sliding wear.

Heat Treatment - Quenching and Tempering:Quenching entails hastily cooling the damage plate from a excessive temperature, commonly in oil or water. This manner transforms the material's microstructure, growing hardness.Tempering follows quenching and entails reheating the damage plate to a decrease temperature. It imparts durability to the material, preventing it from becoming overly brittle.

Surface Hardening - Nitriding:Nitriding is a technique in which nitrogen is diffused into the floor of the wear and tear plate at accelerated temperatures. This paperwork hard nitrides on the surface, extensively enhancing wear resistance.The technique enhances hardness without compromising the majority toughness of the material.

Overlay Welding - Hardfacing:Overlay welding involves depositing a layer of hard material onto the surface of the wear plate through welding. Common hardfacing substances include tungsten carbide, chromium carbide, and different wear-resistant alloys.This approach lets in for localized reinforcement of excessive-wear regions, offering an effective answer for extending wear plate life.

Alloying Elements:Incorporate specific alloying elements for the duration of the cloth composition phase. Chromium, molybdenum, vanadium, and tungsten are typically used to beautify hardness and wear resistance.Alloying contributes to the formation of hard carbides, nitrides, or other compounds that improve the cloth's capability to withstand wear.

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