Fabricant et fournisseur de chaînes de convoyeurs pour céréales et huiles

Grain and Oil Industrial Chain

Grain and oil industrial chains are specially designed for the entire grain and oil production process, suitable for core links such as raw material transshipment, oilseed pressing, deep processing, finished product warehousing and transshipment. Adopting special materials resistant to oil, dust and wear, through special heat treatment and surface protection processes, they can withstand the harsh working conditions of high dust, oil infiltration, light and medium load and continuous operation in grain and oil workshops. We accurately match the operation needs of grain and oil equipment, optimize the chain structure design, ensure stable transportation, wear resistance and durability, effectively reduce equipment failure rate, improve grain and oil production efficiency, and provide efficient and reliable conveying chain solutions for the grain and oil industry.

Product Overview

Oil and Dust Resistant

Adopt oil-resistant alloy steel or stainless steel materials, combined with surface anti-adhesion treatment, to resist oil infiltration and dust accumulation in grain and oil workshops, and avoid chain jamming and slipping caused by material adhesion.

High Wear Resistance and Heavy Load Resistance

Strengthen heat treatment process to improve the hardness of key components (pins, sleeves), adapt to the demand of continuous operation under light and medium load in grain and oil production, reduce chain wear and equipment maintenance frequency, and extend service life.

Stable Operation and Strong Adaptability

Optimize the structure of chain links and chain plates, reduce jamming and deviation, match the high-speed continuous operation needs of grain and oil production lines, ensure stable transportation of materials (granules, powder, finished product packaging), and avoid material spilling and damage.

Various Customization Options

Materials (oil-resistant alloy steel, food-grade 304/316 stainless steel, etc.), pitch, chain plate thickness, chain length, and surface treatment (polishing, passivation, nickel plating) can all be customized on demand to adapt to the working conditions of different models of grain and oil equipment (presses, sorters, conveyors).

Full-Process Quality Control

From raw material procurement, production and processing to finished product delivery, we strictly follow the ISO9001 quality management system, with full traceability. Each batch of products provides professional test reports on oil resistance, wear resistance, load capacity, etc., to ensure that the products meet the strict standards of the grain and oil industry and food hygiene requirements.

Application Scenarios

Raw Material Transshipment Link

Used for bulk transshipment of grain and oil raw materials such as wheat, rice, soybeans, rapeseeds, etc., suitable for scenarios such as loading and unloading after raw material purchase and transportation in temporary storage areas. The chain is resistant to dust clogging, can withstand the friction and impact of raw material particles, avoid jamming caused by dust accumulation, and ensure continuous and efficient raw material transshipment.

Oilseed Pressing Link

Suitable for feeding of presses, oilseed pretreatment and transshipment of residues after pressing. The chain is resistant to oil erosion and wear, can withstand light and medium load impact during the pressing process, avoid component adhesion caused by oil adhesion, and ensure smooth pressing process.

Deep Processing Link

Used for sorting, screening and transportation of deep-processed products such as flour and rice. The chain has a smooth surface and no hygiene dead corners, which can avoid scratching materials and residual impurities, adapt to the transportation needs of deep-processed products of different specifications, and improve deep processing efficiency.

Finished Product Warehousing and Transshipment

Used for transportation, stacking, warehousing inbound and outbound of finished grain and oil such as packaged oil and bagged rice/flour. The chain runs stably with uniform load-bearing, which can avoid damage and slipping of finished products, and is also suitable for long-distance transshipment in the warehousing link to ensure the safety of finished product storage and transshipment.

By-Product Processing Link

Used for transportation and sorting of by-products such as bran and soybean meal after oilseed pressing. The chain is wear-resistant and impact-resistant, can withstand the friction and load of by-products, avoid rapid chain loss, and adapt to the continuous operation needs of the by-product recycling production line.

Full Series Specifications

Common specifications for grain and oil industrial chains are listed below. Custom sizes and non-standard options are available upon request. Please contact us for more details.

Chain No.	Pitch	Narrow end		Bush diameter	Sidebar		Pin		Tensile strength	Rated working load
	P	b₁(min)	b₂ (max)	D	h	T	d₁	L	Fu(min)	Rated working load
	mm	mm	mm	mm	mm	mm	mm	mm	kN	kN
WR78	66.27	28.6	50.8	22.23	28.4	6.4	12.7	77	106.8	18
WH78	66.27	28.6	50.8	22.23	28.4	6.4	12.7	77	160	27
WR78A	66.27	28.6	50.8	21.4	31.8	6.4	12.7	77	106.8	18
WH78A	66.27	28.6	50.8	21.4	31.8	6.4	12.7	77	160	27
WR82	78.1	31.8	57.7	27	31.8	6.4	14.27	86	133.4	22
WH82	78.1	31.8	57.7	27	31.8	6.4	14.27	86	177.8	30
WH82A	78.1	31.8	57.7	31	31.8	6.4	14.27	86	177.8	30

* chain plate is not heat treated

# chains have all parts heat treated

Chain No.	Pitch	Narrow end		Bush diameter	Sidebar		Pin		Tensile strength	Rated working load
	P	b₁ (min)	b₂ (max)	D	h	T	d₁	L	Fu(min)
	mm	mm	mm	mm	mm	mm	mm	mm	kN	kN
WHX124	101.6	41.4	72.0	31.75	38.1	9.5	19.05	108	266	44
WHX124A	101.6	41.4	72.0	36.57	38.1	9.5	19.05	108	266	44
WHX111	120.9	50.8	85.7	31.75	44.5	9.5	19.05	124	266	44
WHX106	152.4	41.4	72.0	31.75	38.1	9.5	19.05	108	266	44
WHX106A	152.4	41.4	72.0	34.9	38.1	9.5	19.05	108	266	44
WHX132	153.67	76.2	111.6	44.45	50.8	12.7	25.4	160	378	63
WHX150	153.67	76.2	111.6	44.45	63.5	12.7	25.4	160	580	97
WHX155	153.67	70	111.3	44.45	63.5	14.3	28.52	164	650	108
WHX157	153.67	75.7	117.3	44.45	63.5	15.9	28.52	173	660	110
WHX159	155.57	73.2	118.1	50.8	76.2	15.9	31.75	173	908	151

^ chains have all parts heat treated and pin surface induction hardened

Chain No.	H	T	F₁	F₂	W	d4	B
Chain No.	mm	mm	mm	mm	mm	mm	mm
WH78	28.4	8	115	195	235	10	16
WH82	31.8	8	120	210	250	10	18
WHX124	38.1	10	150	250	290	12	25
WHX111	44.5	10	170	270	320	12	25
WHX106	38.1	10	175	295	340	12	30
WHX132	50.8	12	200	340	390	14	30
WHX150	63.5	14	200	360	420	14	32
WHX155	63.5	14	220	420	480	14	35
WHX157	63.5	16	220	440	500	14	35
WHX159	76.2	16	225	465	540	16	38

The above data is for reference only, and the actual size is specified by the end user.

Chain No.	H	T	F₁	F₂	F₃	W	d4	B
Chain No.	mm	mm	mm	mm	mm	mm	mm	mm
WH78	28.4	8	110	220	330	360	10	16
WH82	31.8	8	125	245	365	415	10	18
WH124	38.1	10	150	300	450	500	12	25
WH111	44.5	10	170	330	490	540	12	25
WH106	38.1	10	185	365	545	600	12	30
WH132	50.8	12	200	380	560	620	14	30
WH150	63.5	14	200	400	600	660	14	32
WH155	63.5	14	210	410	610	680	14	35
WH157	63.5	16	225	445	665	725	14	35
WH159	76.2	16	240	480	720	780	16	38

The above data is for reference only, and the actual size is specified by the end user.

Chain No.	H	T	F₁	F₂	W	d4	B	α
Chain No.	mm	mm	mm	mm	mm	mm	mm
WH78	28.4	8	115	205	245	10	15	60
WH82	31.8	8	120	210	250	10	15	60
WH124	38.1	10	150	230	270	12	25	60
WH111	44.5	10	170	270	320	12	25	60
WH106	38.1	10	175	295	340	12	28	60
WH132	50.8	12	200	300	350	14	28	60
WH150	63.5	14	200	310	360	14	30	60
WH155	63.5	14	210	330	380	14	30	60
WH157	63.5	16	220	340	400	14	32	60
WH159	76.2	16	225	355	415	16	35	60

The above data is for reference only, and the actual size is specified by the end user.

Chain No.	H	T	F₁	F₂	F₃	W	d4	B	α
Chain No.	mm	mm	mm	mm	mm	mm	mm	mm
WH78	28.4	8	110	220	330	350	10	15	60
WH82	31.8	8	125	245	365	415	10	15	60
WH124	38.1	10	150	300	450	500	12	25	60
WH111	44.5	10	170	330	490	540	12	25	60
WH106	38.1	10	185	365	545	600	12	28	60
WH132	50.8	12	200	380	560	620	14	28	60
WH150	63.5	14	200	400	600	660	14	30	60
WH155	63.5	14	210	410	610	680	14	30	60
WH157	63.5	16	225	445	665	725	14	32	60
WH159	76.2	16	240	480	720	780	16	35	60

The above data is for reference only, and the actual size is specified by the end user.

Chain No.	E₁	E₂	T	F₁	F₂	W	d₄	B
Chain No.	mm	mm	mm	mm	mm	mm	mm	mm
WH124	38	38	6	150	230	270	12	25
WH111	45	45	6	170	270	320	12	25
WH106	38	38	8	175	295	340	12	30
WH132	50	50	8	200	300	350	14	30
WH150	63	63	8	200	310	360	14	32
WH155	63	63	10	210	330	380	14	32
WH157	63	63	12	220	340	400	14	35
WH159	75	75	12	225	355	415	16	35

The above data is for reference only, and the actual size is specified by the end user.

Chain No.	E₁	E₂	T	F₁	F₂	F₃	w	d₄	B
Chain No.	mm	mm	mm	mm	mm	mm	mm	mm	mm
WH124	38	38	6	150	230	310	350	12	25
WH111	45	45	6	170	270	370	410	12	25
WH106	38	38	8	175	295	415	460	12	30
WH132	50	50	8	200	300	400	450	14	30
WH150	63	63	8	200	310	420	470	14	32
WH155	63	63	10	210	330	450	500	14	32
WH157	63	63	12	220	340	460	510	14	35
WH159	75	75	12	225	355	485	540	16	35

The above data is for reference only, and the actual size is specified by the end user.

Chain No.	T	F₁	F₂	W	d₄	B	α
Chain No.	mm	mm	mm	mm	mm	mm	α
WHX124	6	155	235	275	10	25	60
WHX111	6	180	280	330	10	25	60
WHX106	6	170	290	340	10	30	60
WHX132	10	230	350	400	12	30	60
WHX150	10	230	340	380	12	32	60
WHX155	10	240	360	410	12	32	60
WHX157	10	240	400	450	14	35	60
WHX159	12	245	445	500	14	35	60

The above data is forreference only,and the actual size is specified by the end user.

Chain No.	T	F₁	F₂	F₃	W	d₄	B	α
Chain No.	mm	mm	mm	mm	mm	mm	mm	α
WHX124	6	155	235	315	355	10	25	60
WHX111	6	180	280	380	430	10	25	60
WHX106	6	170	290	410	450	10	30	60
WHX132	10	230	350	470	530	12	30	60
WHX150	10	230	360	490	550	12	32	60
WHX155	10	240	440	640	690	12	32	60
WHX157	10	250	470	690	750	14	35	60
WHX159	12	255	495	735	800	14	35	60

Chain No.	P	T	H	S	F	E	d₁	L	Ultimate tensile strength
Chain No.	mm	mm	mm	mm	mm	mm	mm	mm	Ultimate tensile strength
125×30×36	125	30	36	13	14	10	16	44	200
142×30×40	142	30	40	13	14	9	18	46	180
142×42×50	142	42	50	19	20	12	25	65	300
142×44×50	142	44	50	19	20	13	25	65	320
142×54×50	142	54	50	25	27	16	25	82	420
142×56×50	142	56	50	25	26	17	25	84	450
142×62×50	142	62	50	28	30	15	25	86	500
160×46×46	160	46	46	22	24	15	22	62	320
160×50×53	160	50	53	23	25	13	25	68	370
200×60×50	200	60	50	25	27	13	25	84	380
200×66×60	200	66	60	30	32	20	30	90	500

Chain No.	H	T	B	W
Chain No.	mm	mm	mm	mm
125×30×36	36	10	25	200
142×30×40	40	10	30	220
142×42×50	50	12	37	300
142×56×50	50	16	41	480
160×50×53	53	16	41	500

Chain No.	H	T	B	W	α
	mm	mm	mm	mm
125×30×36	36	10	25	200	85
142×30×40	40	10	30	220	85
142×42×50	50	12	37	300	85
142×56×50	50	16	41	480	85
160×50×53	53	16	41	500	85

Chain No.	H	T	B	W	G
Chain No.	mm	mm	mm	mm	mm
142×42×50	100	16	25	340	200
142×56×50	120	16	25	450	300

Chain No.	H	T	B	W
Chain No.	mm	mm	mm	mm
20×50	50	20	25	390

Chain No.	Pitch							Width between sidebars	Bush	Pin		Plate		Roller				Ultimate tensile strength
	P							b₁	d₂	d₁	L	h	t/T	S	R	F		Fu(min)
	P							b₁	d₂	d₁	L	h	t/T	d₃	d4	d5	b₂	Fu(min)
	mm							mm							mm	mm	mm	kN
M20	40	50	63	80	100	125	160	16	9	6	35	19	2.5	12.5	25	25	3.5	20
M28	50	63	80	100	125	160	200	18	10	7	40	21	3	15	30	30	4	28
M40	63	80	100	125	160	200	250	20	12.5	8.5	45	26	3.5	18	36	36	4.5	40
M56	63	80	100	125	160	200	250	24	15	10	52	31	4	21	42	42	5	56
M80	80	100	125	160	200	250	315	28	18	12	62	36	5	25	50	50	6	80
M112	80	100	125	160	200	250	315	32	21	15	73	41	6	30	60	60	7	112
M160	100	125	160	200	250	315	400	37	25	18	85	51	7	36	70	70	8.5	160
M224	125	160	200	250	315	400	500	43	30	21	98	62	8	42	85	85	10	224
M315	160	200	250	315	400	500	630	48	36	25	112	72	10	50	100	100	12	315
M450	200	250	315	400	500	630	800	56	42	30	135	82	12	60	120	120	14	450
M630	250	315	400	500	630	800	1000	65	50	36	154	103	16	70	140	140	16	630
M900	250	315	400	500	630	800	1000	76	60	44	180	123	18	85	170	170	18	900

Chain No.	H	T	F₁	F₂	W	d₄
Chain No.	mm	mm	mm	mm	mm	mm
M80	36	6	100	180	210	7
M112	41	6	120	200	230	7
M160	51	8	140	240	280	7
M224	62	8	180	320	360	8
M315	72	10	200	400	450	12

Chain No.	B	F₁	F₂	W	d₄
Chain No.	mm	mm	mm	mm	mm
M80	25	100	180	210	7
M112	30	120	200	230	7
M160	35	140	240	280	7
M224	35	180	320	360	8
M315	40	200	400	450	12

Chain No.	Pitch						Width between sidebars	Bush	Pin		Plate		Roller					UItimate tensile strength
	P						b₁	d₂	d₁	L	h	t/T	S	R	F			Fu(min)
	P						b₁	d₂	d₁	L	h	t/T	d₃	d₄	d₅	d₆	b₂	Fu(min)
	mm						mm	mm	mm	mm	mm	mm	mm	mm	mm	mm	mm	kN
FV40	40	63	100	一	一	一	18	15	10	37	26	3	20	32	40	48	5.5	40
FV63	63	100	125	160	一	一	22	18	12	46	30	4	26	40	50	60	6.5	63
FV90	63	100	125	160	200	250	25	20	14	53	35	5	30	48	63	73	7.5	90
FV112	100	125	160	200	250	一	30	22	16	63	40	6	32	55	72	87	9.5	112
FV140	100	125	160	200	250	315	35	26	18	68	45	6	36	60	80	95	11	140
FV180	125	160	200	250	315	400	45	30	20	86	50	8	42	70	100	120	12	180
FV250	125	160	200	250	315	400	55	36	26	98	60	8	50	80	125	145	15.5	250
FV315	160	200	250	315	400	一	65	42	30	117	70	10	60	90	140	170	17.5	315
FV400	160	200	250	315	400	一	70	44	32	131	70	12	60	100	150	185	17.5	400
FV500	160	200	250	315	400	500	80	50	36	141	80	12	70	110	160	195	21.5	500
FV630	200	250	315	400	500	一	90	56	42	153	100	12	80	120	170	210	26.5	630

Chain No.	H	T	F₁	F₂	W	d₄
Chain No.	mm	mm	mm	mm	mm	mm
FV90	35	5	110	190	220	7
FV112	40	6	120	190	230	7
FV140	45	6	140	240	280	7
FV180	50	8	190	290	320	9
FV250	60	8	200	400	450	12

Chain No.	B	F₁	F₂	W	d₄
Chain No.	mm	mm	mm	mm	mm
FV90	25	100	180	210	7
FV112	35	120	200	230	7
FV140	35	140	240	280	7
FV180	45	180	320	360	8
FV250	45	200	400	450	12

Customized Services

Need something beyond standard models? We offer complete custom solutions—from guide rail and materials to attachments and pitch—designed for your application. All dimensions can be customized. Contact us for special requirements.

Customization Item	Available Options	Description
Material of Core Components (Link Plates, Pins, Bushings, Rollers)	Stainless Steel (304/316L), 904L, 2205/2207 Duplex Steel	Improve corrosion resistance and extend service life
Guide Rails & Sliding Plates	Customizable Polymer Material UHMW-PE, Hardox HiAce Special Steel	Enhance wear resistance and corrosion resistance
Structure & Accessories	Customizable Reinforced Link Plates, Various Shapes of Large/Small Accessories	High strength, meet the requirements of functional attachment plates
Dimensions	Almost all geometric dimensions are customizable	To adapt to different paper machine widths and layouts
Precision	Customizable high-precision assembled components	Easy disassembly, assembly and maintenance
Special Performance	High-temperature resistance, corrosion resistance, wear-resistant design	To meet different operating environments and requirements

Quality Inspection Equipment

At Matech, we have a complete production base specially built for grain and oil industrial chains, equipped with advanced and precision chain manufacturing equipment, covering the entire production links such as CNC stamping, special heat treatment, and automatic assembly lines. Each process is strictly controlled to ensure the stability of product performance and quality, meeting the strict requirements of continuous production in the grain and oil industry.

The complete quality inspection system is equipped with hardness testers, tensile testing machines and high-precision dimensional measuring instruments to comprehensively test the core performance of grain and oil chains such as oil resistance, wear resistance, load capacity and hygiene indicators, ensuring that each chain is strictly verified before leaving the factory. The perfect combination of cutting-edge production equipment and strict quality control demonstrates our comprehensive strength as a reliable manufacturer of grain and oil industrial chains, providing high-quality and highly adaptable conveying components for grain and oil enterprises.

Frequently Asked Questions

What exclusive advantages does the grain and oil industrial chains have compared to the general industrial chain?

Compared with ordinary industrial chains, their industry-specific advantages are reflected in three aspects:
①anti-dust clogging, suitable for working conditions with high dust such as flour and bran, with optimized chain plate structure, not easy to accumulate dust and get stuck;
② resistance to oil erosion, able to withstand oil infiltration in pressing workshops, not easy to cause component rust and adhesion;
③suitable for light and medium load continuous operation, fitting the 24-hour uninterrupted working condition of grain and oil production, with low wear rate and long service life.
Matech's grain and oil industrial chains can customize the pitch and chain plate thickness according to the characteristics of the grain and oil production line stations (such as pressing, warehousing, deep processing) to adapt to the transportation needs of different materials (granules, powder, finished packaging).

What are the common materials of grain and oil industrial chains?

Combined with the differences in working conditions of grain and oil production, common materials are mainly divided into three categories:
1. High-quality carbon steel material, suitable for conventional stations in grain and oil production without oil infiltration and less dust, such as bulk grain transshipment and outdoor warehousing transshipment of finished grain and oil, with high cost performance and able to meet the needs of conventional light and medium loads;
2. Manganese steel material, suitable for stations with slightly larger loads and slight oil infiltration such as oilseed pressing workshops and bran transshipment, with high hardness and wear resistance, which can avoid chain plate deformation caused by long-term heavy loads;
3. 304/316 stainless steel material, suitable for stations with food contact or high cleaning requirements such as flour deep processing, finished grain and oil transportation, and edible vegetable oil pressing, with no impurity residue, easy to clean, and in line with the hygiene standards of the grain and oil industry. Key components such as chain pins and sleeves are all processed with seamless pipes, which have higher dimensional accuracy than seamed pipes, and can avoid deformation and wear caused by long-term contact with oil and load operation. Matech can provide customized material solutions according to the oil content and dust concentration of specific stations.

Grain and oil production is related to food safety. How does your company ensure the quality stability of industrial chains, and can you provide authoritative material certificates and test reports?

We take "food safety as the core" and have established a full-process quality control system, strictly implementing the ISO9001 quality management system and the special standards for the grain and oil industry to ensure the stable quality of the chain and adapt to production needs. Specific guarantee measures: first, raw material control, all materials are strictly selected, and raw materials such as carbon steel and stainless steel are provided with original factory material certificates to prevent unqualified raw materials from entering the factory; second, full-process testing, from raw material entry to finished product delivery, it needs to go through 6 special inspections including chemical composition analysis, hardness testing, dimensional accuracy testing, ultimate tensile test, oil erosion resistance test, and dust clogging prevention test, which accurately adapt to the working characteristics of the grain and oil industry; third, authoritative certification, each batch of products can provide formal material certificates and test reports, in line with international standards such as ANSI and ISO, as well as domestic grain and oil industry transmission and transportation standards, which can be directly used for customer hygiene acceptance and quality review. At the same time, third-party authoritative institutions such as SGS and BV can be arranged for testing according to customer needs. Matech is responsible for each batch of products to ensure that the chain has no quality hazards and is suitable for the continuous and stable operation of the grain and oil production line.

Most grain and oil production lines operate continuously. Improper installation and maintenance of chains can easily affect production. What are the specific precautions?

Combined with the needs of "continuity and low failure" in grain and oil production, 4 key points should be focused on during installation and maintenance to avoid chain failures and production impact caused by improper operation:
1. Installation alignment: Ensure that the sprocket and chain are accurately coaxial aligned with a deviation not exceeding 0.5mm to avoid eccentric load, especially for continuous conveying stations such as flour and oilseeds, to prevent jamming and slipping caused by deviation and affect production continuity; before initial use, it is necessary to carry out no-load running-in for 2-4 hours to check for transmission hidden dangers.
2. Lubrication and maintenance: Select special lubricating oil according to the working conditions of the station - anti-dust high-viscosity chain oil is used for stations with high dust (such as flour workshops), and oil-resistant lubricating oil is used for oil-soaked stations (such as pressing workshops) to avoid reaction between lubricating oil and grain and oil materials and dust adhesion to the chain; check and supplement every 80 hours for stations with high dust, and every 120 hours for conventional stations to eliminate dry wear.
3. Tension adjustment: Maintain a reasonable tension, and the chain sag should be controlled at 2%-4% of the center distance. Too loose is easy to jump and derail, and too tight will aggravate component wear and increase equipment power consumption. Long-distance conveying lines need to be checked and adjusted once a week.
4. Regular inspection: Every 500 hours of operation, check the chain elongation, chain plate wear, and pin looseness. When the elongation exceeds 3%, the chain must be replaced in time to avoid failures such as chain breakage and jamming, and ensure the continuous operation of the production line; if severe chain plate wear or loose pins are found, the components must be repaired or replaced in time to prevent the failure from expanding and affecting production efficiency.

How to select the appropriate chain series according to the working conditions of the grain and oil production line?

Combined with the station characteristics and transportation needs of grain and oil production, the chain series is selected around three core dimensions: "transportation direction, load size, and working environment". The specific adaptation schemes are as follows:
1. ZC series (British standard): Suitable for general transportation conditions in the grain and oil industry, in line with BS standards, focusing on conventional light and medium load and uniform speed transmission, suitable for general stations such as bulk transshipment of grain raw materials, transportation of finished grain and oil after packaging, and warehousing inbound and outbound. It has high cost performance and is the most widely used basic series in the grain and oil industry.
2. FVC series (German standard): Adopting a bent plate structure design, it operates flexibly and turns smoothly, suitable for turning transportation stations of grain and oil production lines, such as flour sorting bends, finished grain and oil transshipment corners, and warehousing corner transportation, which can effectively avoid chain jamming and material retention during turning.
3. MC series (German standard): Adopting a straight plate structure, it has strong bearing capacity and high transmission stability, suitable for long-distance straight-line transportation stations of grain and oil production lines, such as long-distance transshipment of grain raw materials, straight-line material transmission in oilseed pressing workshops, and long-line transportation of finished grain and oil assembly lines, which can meet the needs of 24-hour continuous operation.
For specific selection, you can contact our engineers to obtain customized selection suggestions based on the transportation direction (straight line/turn), material load, station working conditions (high dust/high oil/food contact) and installation space of your own production line to ensure that the chain is perfectly adapted to the production line.

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