Descrição do produto

Descrição do produto

1. Tortilla Press Belt

Descrição do produto

Tortilla Press Belt is made of PTFE coated fabric tortilla grade. Our Tortilla press belt has been offered to supply the best non stick abrasion resistance for tortilla production. We were CZPT to develop a tortilla belt that left minimal markings on the tortillas, resulting in a minimization of tortillas having a mark imprinted from the belt seam, reducing waste and helping our customer reach production goals. With our strict quality system, we are CZPT to deliver consistent, high quality materials for food applications.
Our Tortilla Press Belts is designed independently to meet the specific application of the customer. The tortilla belt used in tortillas equipment is a harsh application because the grease/ oil content is high and the main problem with the PTFE tortilla belt is oil absorption and heat transfer. It is CZPT to meet the needs of customers with tortilla applications, combined with different coating weights, glass fabric structures, laminations, belt thickness and added additives, we can recommend the rugged tortilla press belt for your personal application.

Feature

1. Super smooth, non-stick
2. Non porous surface for durability
3. High abrasion resistant
4. Extremely flexible and resistant to cracking
5. Oil & Grease Resistant
6. High temperature resistant
7. Available up to 1500mm wide to suit all applications

Especificação

Tortilla Press Belt
Modelo	Standard Size(mm)	Total Thickness(mm)	Weight (g/m²)	Color
018-367 Tortilla	500 – 1000	0.18	367	Brown/Blue/Maroon/Black
571-412 Tortilla	500 – 1000	0.20	412	Brown/Blue/Maroon/Black
571-492 Tortilla	500 – 1500	0.25	492	Brown/Blue/Maroon/Black
026-550 Tortilla	500 – 1500	0.26	550	Brown/Blue/Maroon/Black
571-575 Tortilla	500 – 1500	0.28	575	Brown/Blue/Maroon/Black
030-622 Tortilla	500 – 1500	0.30	622	Brown/Blue/Maroon/Black

2. PTFE Fusing Belts

Descrição do produto

PTFE seamless/seam fusing machine belts are specifically engineered with the mechanical strength needed for the fusing and laminating industries. Its non-stick surface, thermal transfer and high temperature resistance characteristics ensure the flow of woven and non-woven materials through the fusing and lamination process. These belts are for fusing machines, such as Oshima, Kannegiesser, Meyer, Macpi, and many others. 
It currently provide the following 3 types of belts:
1. Seamless Fusing Belts means fusing belt without any joint. It is made from woven fiberglass or Kevlar coated with PTFE resin. The seamless belts have a smooth surface, excellent antistatic effect (black version), long life. It overcome the shortage of traditional fusing belts with joint.
2. Seam Fusing Belts means fusing belt with joint. It is the most common fusing belts due to its lower cost. Three joint methods are provided as below:
Overlap Belt Joint: Overlap joints are a simple and easy joint to use where having an even surface is not critical. This is the most popular seam because it is strong inexpensive and easiest to produce. The disadvantage of the overlap seam is that it is not very smooth and in some applications the seam may mark the material being fused. In addition, because the overlap seam is more than double the thickness of the rest of the belt it is slightly stiffer and suffers from early flex fatigue and very often breaks.
Scarfed Belt Joint: A scarf joint is similar the overlap but offer a smooth transition for the product to run offering no lip for products to catch on. This is the smoothest, strongest, most flexible seam available today. It resembles a 30 mm overlap seam but is much smoother and more flexible. There is no almost double thickness, as the mating surfaces are carefully ground to a taper and securely welded.
Angled Belt Joint: This seam is cut at a slight angle helping the belt to roll easily over the fusing machine rollers, reducing flex fatigue. The angle of the overlap can be varied, so that the splice does not run over the conveyor pulleys in 1 line. 45° and 70° are popular.
3. Laminated Fusing Belts also called 2 ply or double layer fusing belts. This belt use static-resistance varnished cloth inside and tearing-resistance fiberglass cloth outside, 2ply belt has a great improvement on its intensity, long using life, well balanced thickness, excellent deflecting preventing capacity, smooth surface, it’s better for super thin fabric fusing.

Especificação

PTFE Fusing Belts
Standard   Thickness: 0.35~0.40mm
Width:   20~1500mm
Perimeter:   (mm)
1360	1380	1440	1470		1510	1520	1530	1540	1550	1560
1580	1600	1640	1660		1680	1730	1740	1780	1820	1830
1840	1850	1870	1880		1950	2000	2040	2100	2230	2240
2250	2310	2320	2420		2440	2450	2500	2600	2630	2750
2800	2820	2850	2880		2900	3050	3080	3090	3200	3450
3540	3590	3820	3850		3890	3900	3920	3930	4200	4270
5100	5270	5400	5640		5800	6000	6440	6700

3. PTFE Mesh Conveyor Belt

Descrição do produto

The open mesh PTFE impregnated glass fiber belt can be supplied in brown, blue or black U.V. barrier coating for UV drying. Width of up to 5000mm wide, the fluorocarbon resin used in the curing process is chemically inert, woven glass substrate provides excellent strength and dimensional stability. The mesh belt is used for screen printing, and the imprinting material is conveyed through the drying CZPT and the cooling chamber. These belts are durable and perform well at a wide range of operating temperatures. We have developed a full range of open mesh belt products for belt dryers. These belts can be used for textile, food, screen printing, packaging, electronics, and other industries 

Properties

1. Lightweight and energy efficiency for economical operation
2. Outstanding temperature resistance (-170oC + 260oC)
3. Low thermal mass
4. Controlled porosity
5. Superior non-stick surface, easy to clean
6. Exceptional strength and dimensional stability
7. Superior tracking

Specific Application

1. Overlap splice
2. Butt splice
3. Alligator/Clipping splice
4. Castellated Splice
5. Bullnose Splice

Edging

1. PTFE Film – PTFE film encapsulates the edge the help stop fraying and offer protection. The benefit to using film is that it is soft in nature and will stretch with the belt when under tension.
2. PTFE Coated Fiberglass – PTFE coated fiberglass edging can be used as a sturdier option to film and a good option if a tracking arm is used to detect the edge of the belt when coming in to contact with it.
3. PTFE Coated Kevlar – This is the most durable of the edging types and is a good option when the edge of the belt will be in contact with tracking aids. It is also a good option when considering using tracking studs of cord on the belt.

Especificação

PTFE Mesh Conveyor Belt
Modelo	Mesh Size	Material	Thickness	Weight	Max Width	Colour
6001	1x1mm	fiberglass	0.75mm	560g/m²	4000mm	Brown
6001 AS	1x1mm	fiberglass	0.75mm	560g/m²	4000mm	Black
6004	4x4mm	fiberglass	1.0mm	450g/m²	4000mm	Brown
6004 AS	4x4mm	fiberglass	1.0mm	450g/m²	4000mm	Black
6004 Blue	4x4mm	fiberglass	1.0mm	490g/m²	4000mm	Blue
6008	4x4mm	fiberglass	1.0mm	600g/m²	4000mm	Brown
6008 Blue	4x4mm	fiberglass	1.0mm	600g/m²	4000mm	Blue
6008 AS	4x4mm	fiberglass	1.0mm	600g/m²	4000mm	Black
6015	2×2.5mm	fiberglass	0.70mm	505g/m²	4000mm	Brown
6015 AS	2×2.5mm	fiberglass	0.70mm	505g/m²	4000mm	Black
6571	2×2.5mm	fiberglass	1.0mm	700g/m²	4000mm	Brown
6571 Blue	2×2.5mm	fiberglass	1.0mm	800g/m²	4000mm	Blue
6571 AS	2×2.5mm	fiberglass	1.0mm	700g/m²	4000mm	Black

4.PTFE Bag Sealing Belts

Descrição do produto

PTFE bag sealing Belts is ideal for heat transfer through the belt surface, so it is the main seal material for plastic bags.

Feature

1. Non-stick PTFE surface
2. Temperature resistance up to 260oc
3. Affordable, lightweight and energy efficient

Aplicativo

A large number of plastic bag manufacturing systems typically use these types of belts in general for a pair, resulting in a clamping effect on the bag. These belts can also be found on air-filled or air-cushion packaging machines as a means of allowing continued heat sealing without adhering the adhesive to the belt.
Sealed belts are often 2 conveyor belts that operate in series on a conveyor belt with a hot plate that, when they are running, are in contact with the interior of the belt. Heat transfer through the belt surface to seal the plastic bag when it passes through the machine.

Characteristics and advantages 

1. Consisting of 2 layers of PTFE coated glass cloth laminated together, benefiting from the absence of any traces of traces in the joint area. 
2. The high-grade PTFE used in the manufacture of the belt has a non-stick, high temperature resistant surface to prevent any molten plastic from accumulating on the belt surface.

5. PTFE Carpet Conveyor Belts

Descrição do produto

Carpet is a wide range of textile covers used in commercial offices. They consist of twisted tufts, which can be natural wool or polyester and other man-made materials.
PTFE Carpet belt, this heat treatment structure of the mat can be applied to the soft and durable carpet backing.
PTFE coated glass cloth is heat-resistant material, with a heavy weaving structure, can be made into a broadband to adapt to the machine. Heavy glass fiber braid provides dimensional stability across the belt surface.
As a result, the heavy weaving pattern of the material has become a familiar feature of the blanket backing.
The support is made by distributing the heat flow asphalt to the surface of the PTFE coated fabric tape. The top layer is then laminated to the top of the asphalt and then bonded to the surface as soon as it is cooled. 
It offers a range of closed woven PTFE coated conveyor belts for the production of carpet tiles and synthetic rubber support carpets.
These styles of belts are usually in the heavier ends of the material we provide, and have a textured surface that produces a bump on the surface of the cured rubber. Although the texture, the surface has a smooth non-stick PTFE surface. Once the PTFE is coated, the porosity of the surface is usually tested with a dye penetration test. The lower the dye permeability, the better the material will be. 
PTFE carpet belts has various width and length, in some production lines, the width can be from 1000mm wide to 3600mm, length up to 100mtr long, allowing mass production. Belt is usually connected with the help of vulcanizing presses. This method allows the end user to flexibly change their belts, and if they choose to do so, the minimum downtime is allowed if the belt is damaged during the production run.

Feature

1. No micro-pin-holes and micro-mud-cracks
2. High tear resistance
3. Good abrasion resistance
4. High Temperature resistance

Aplicativo

PVC backing carpet conveyor belt or release sheet,
Door pad baking   
Rubber curing

Especificação

Modelo	Standard Size(mm)	Total Thickness(mm)	Weight (g/m²)	Color
070-1100 W Carpet	1000-2700	0.70	1100	Branco
070-1100 B Carpet	1000-2700	0.70	1100	Light Brown
085-1230 Carpet	1000-2700	0.85	1230	Branco
095-1385 Carpet	1000-2700	0.95	1385	Branco

Fotos detalhadas

 

perfil de companhia

Founded in 2013, CZPT is dedicated to the development, production and sales of PTFE products. The company’s main products are series for non-stick baking in kitchens. Including all kinds of grill mats, oven liners, baking baskets, stove protectors, pizza plates, pizza pans, silicone mats, toaster bags, pizza shovel, frying pan, silicone gloves, BBQ tongs, etc., products have passed LFGB and FDA certification.
Our products are better than domestic counterparts, exported to Europe, America, Western Europe, Australia and Japan.

Certificações

 

 

Nossas vantagens

1.Lowest price among competitors.

2.Complete certificate system. BSCI audited factory, FDA, PFOA FREE certificates.

3.Large stocks. Fast delivery. (without customized package, 3days. With customized package color box, 10days.)

4.Professional shipping experience. fast delivery&cost saving&professional package. AMAZONE FBA Service avaliable.

5.Free Customized package design and printing. personal care,small to medium qty OEM service. Professional artwork can be provided for edition.

Perguntas frequentes

1. What certificate your products have?
We have certificates of LFGB. Our factory is BSCI audited.

2. What is MOQ?
100pcs

3. Can we print our logo in package?
Sure. Any pattern can be customized on the package.

4.You have any Amazon FBA service experience?
Yes. We have 10-year experience with Amazon customers

5. May we take samples? How much will you charge?
Sure. We can provide you with samples. Just pay freight to our paypal account
USA/West Euope/Australia USD30,South-East asia USD20.Other area, quote separtely

6. How long will it take to receive samples?
4-5days will make you receive samples

7. Do you accept ESCROW payments or paypal for the full order?
Yes. Also,we already signed trade assurance agreement with Alibaba. You can purchase via our alibaba platform to enjoy your benefit guarantee.

8. How long will it take to manufacturer once an order has been placed?
Normally will be 20-25days. For busy season,qty over 5000pcs or special delivery requirement you need, we will discuss separately

 

transportador de corrente de pinos

The choice between roller chains and friction drives depends on the usage environment. Roller chains are more resistant to dirty environments and are more suitable for conveying bulk products. The pivot chain is designed to handle highly bulk products. Ideally, the center-to-center distance between the 2 axles should be 30 to 50 times the chain pitch. The size of the sprocket will depend on the usage environment, which will also determine the fatigue strength and resistance of the chain.

As correntes de rolos são mais resistentes a ambientes sujos.

Existem algumas diferenças importantes entre correntes de transmissão e correntes de rolos. A diferença mais notável está nos materiais. As correntes de transmissão são geralmente mais duráveis ​​do que as correntes de rolos. No entanto, ambas as correntes são suscetíveis a ambientes sujos. Enquanto as correntes de solução são às vezes usadas para tarefas pesadas, as correntes de rolos são frequentemente usadas em ambientes mais sujos. De fato, as correntes de transmissão são frequentemente usadas quando o trabalho é muito sujo e a corrente precisa deslizar sobre trilhos.
O novo lubrificante usado na corrente de rolos atrai sujeira e outros detritos para a superfície da corrente e impede que o lubrificante penetre nas partes da corrente que suportam carga, como placas de articulação, buchas e rolos. Quando a poeira é aspirada para esses componentes, o lubrificante e a sujeira formam uma pasta abrasiva que acelera o desgaste.
As correntes de rolos sem lubrificação mantêm-se limpas por mais tempo. Isso facilita a especificação e a instalação em áreas com requisitos de higiene rigorosos. As correntes de rolos sem lubrificação da CZPT atendem aos padrões de lubrificação NSF-H1. No entanto, as correntes de rolos lubrificadas também são adequadas para áreas onde o contato com alimentos é improvável.
As correntes de rolos de aço inoxidável são particularmente resistentes a ácidos, álcalis e ambientes de baixa temperatura. Como o aço inoxidável é mais macio que o aço carbono, os lubrificantes não são tão eficazes na prevenção da entrada de sujeira na corrente. As correntes de rolos de aço inoxidável têm uma classificação de resistência superior às correntes padrão, mas não são tão resistentes quanto as correntes feitas de aço carbono. Se você for usar uma corrente de rolos em um ambiente muito sujo, deve usar uma corrente de aço inoxidável.

Uma corrente com pinos é mais eficiente do que uma transmissão por fricção.

A presente invenção refere-se a uma corrente de dupla extremidade para serviço leve, mais eficiente do que as correntes convencionais. As correntes com pinos são fabricadas por forjamento em matriz de barras de aço, resultando em elos com formato aproximado. Este método evita a perda de resistência ao cisalhamento devido à flexão e também minimiza a área soldada. A corrente de dupla extremidade é leve e possui alta resistência à fadiga.
Este tipo de corrente possui um design com pinos. O formato de pino proporciona maior resistência à tração e evita emaranhamentos. Cada pino é formado por forjamento em matriz e geralmente tem o formato de um "e" ou "th". No entanto, não é necessário que cada pino tenha uma forma de seção transversal uniforme. Diferentes formas de seção transversal podem ser usadas dependendo da aplicação.
Correntes com pinos são mais eficientes do que transmissões por fricção, pois os pinos na corrente são integrados. Os elos com pinos resistem a grandes rupturas. Suas aplicações incluem correntes transportadoras e na indústria pesqueira. Testes de desgaste foram realizados em correntes para barcos feitas de material SBC. Nesse processo, constatou-se que as correntes com pinos são mais eficientes do que as transmissões por fricção. Suas aplicações estão se expandindo rapidamente.
Correntes de dupla extremidade são mais eficientes para aplicações de alta carga. Possuem pinos ao longo de toda a sua largura interna para evitar torções. Correntes desse tipo são comumente usadas em máquinas de elevação pesada. Outros tipos de correntes incluem correntes de rolos, correntes de transmissão de potência e correntes de rolos com buchas. Esses tipos de correntes também são amplamente utilizados em motocicletas, bicicletas e em aplicações de transporte. Além de serem mais eficientes, as correntes com pinos também apresentam menos problemas de desgaste do que as correntes de transmissão por fricção.
Um estudo sobre a diferença entre a porcentagem de desgaste e o tempo de fricção mostrou que as correntes com pinos são mais eficientes do que as transmissões por fricção. As tiras de fricção foram medidas no início do teste. Após 6 horas, foram retiradas 10.080 vezes e fotografadas com o mesmo diâmetro. Como valor limite, o diâmetro da tira de fricção é menor do que o de uma corrente convencional. Isso demonstra que a presente invenção possui melhor resistência ao desgaste do que as transmissões por fricção.

Correntes de eixo projetadas para o transporte de produtos a granel

As correntes pivotantes são transportadores versáteis usados ​​em diversas aplicações. Possuem encosto baixo, pequena distância entre os encostos e abertura traseira para evitar que o produto grude nas juntas e cause rigidez. Correntes com pinos de bucha em aço inoxidável e carbono não possuem roletes pré-rotativos. Em contraste, elevadores de canecas não utilizam correntes pivotantes.
As correntes de pino CZPT oferecem desempenho incomparável em máquinas agrícolas e industriais. São fabricadas a partir de um único cilindro fundido e conectadas por pinos de aço temperado. As correntes de pivô de aço CZPT são suficientemente resistentes para suportar os ambientes corrosivos de aplicações agrícolas e industriais. Os pinos de aço da corrente de pino CZPT são temperados e rebitados para garantir durabilidade a longo prazo e desempenho otimizado.
As correntes de salva-vidas possuem elos laterais intertravados patenteados que reduzem as folgas entre os painéis laterais adjacentes. Elas suportam uma variedade de aplicações e nunca se rompem sob pressão. Essas correntes estão disponíveis em configurações de passo de 1/2” e 1”. A CZPT combina os dois tipos de correntes de pinos para obter o melhor dos dois mundos. A CZPT apresenta correntes de pinos duplos e juntas de pinos para aumentar a durabilidade da corrente e reduzir as dificuldades de manutenção.
CZPT’s engineering team can custom design pivot chains for your specific application. Designed for specific speed, friction, temperature and wear requirements, these chains are ideal for a variety of applications. Headquartered in Milwaukee, Wisconsin, the company operates on 2 strategic platforms: Food and Beverage and Industrial Applications. The products of these companies are used in food, energy and manufacturing.