(Urea, Salt, Phosphate Fertilizer) Acid/ Alkali Resistant Chemical Conveyor Belt

China (Urea, Salt, Phosphate Fertilizer) Acid/ Alkali Resistant Chemical Conveyor Belt, Find details about China Chemical Conveyor Belt, Acid Resistant Conveyor Belt from (Urea, Salt, Phosphate Fertilizer) Acid/ Alkali Resistant Chemical Conveyor Belt

Basic Info.

Model NO.

A1-A3, chemical resistant

Thickness

5-30mm

Character

Oil Resistant, Aid Acid / Alkali Resistand, Heat R

Sample

for Free

Warranty

More Than 1 Year

Trademark

HUAYUE

Transport Package

Standard Export Packing

Specification

SGS, ISO, BV

Origin

Hebei Baoding

HS Code

4010120000

Model NO.

A1-A3, chemical resistant

Thickness

5-30mm

Character

Oil Resistant, Aid Acid / Alkali Resistand, Heat R

Sample

for Free

Warranty

More Than 1 Year

Trademark

HUAYUE

Transport Package

Standard Export Packing

Specification

SGS, ISO, BV

Origin

Hebei Baoding

HS Code

4010120000

Product Desciption

(Urea, Salt, Phosphate Fertilizer) Acid/ Alkali Resistant Chemical Conveyor Belt

Top 5 conveyor belt manufacture in china
1. Plies: 1-10ply

2: width: 400-2200mm
3. Thickness: 4-30mm
4. Working Temperature : 0 - 70C
5. Abrasion resistant & High Tensile Strength
6. ISO9001:2008, SGS, Bureau Veritas Certificate.
7. More Than 30 years professional experience.(Since 1982)
8. International Standard: DIN, BS, AS, RMA, AS, JISK, SABS etc

APPLICATIONS :

Acid,Alkali Resistance Conveyer Belt is used for acidic or alkali materials conveying in chemical plant, pulp, cement, chemical fertilizer industry.

Feature :

1.Prevent from acid or alkali corrosion to conveyer belt;

2.Good bonding property, no layers separation;

3.Cotton, polyester-cotton, nylon etc. materials are used for the belt core.

Abour Huayue Company
We are one of the reputed manufacturers of Cold/ Oil /Acid /alkali resistant Conveyor Belt in China which is in high demand not only in the homeland but across the globe. We have got numerous repeated orders for the Industrial Conveyor Belt from our clients. That has been possible due to the unmatched quality and unsurpassable performance of our conveyor belts. Our range of conveyor belts are highly appreciated by our clients due to its high abrasion feature and availability in various sizes and designs. These are dimensionally accurate as per international standards.

Our best quality based on :
Manufacturer
Experience in Cooperate with Fortune 500 Companies
Professional Engineering Capability
Stable Quality
Reasonable Price
Small Orders Accepted
Continuous Improvements
High Product Performance
Prompt Delivery
Professional Service

For more details,please inquiry us!
Polyester conveyor belt, (EP)
Nylon conveyor belt, (NN)
Cotton conveyor belt, (CC)
Sidewall conveyor belt (SW)
Steel Cord conveyor belt ( ST )
Chevron conveyor belt, (C5 C10 and C15)
Oil Resistance conveyor belt, (OR and MOR)
Hot Resistance conveyor belt, (HR)
Fire Resistance conveyor belt, (FR/PVC/PVG)
Heat Resistance conveyor belt, (HR/ FR)
Cold Resistance conveyor belts, (CR)
Pattern conveyor belt ( 30+ Moulds)
Metal Mesh conveyor belt (Heat resistant temp until 800c)
Endless belts
Conveyor roller, idler
Conveyor Pulley, frame,bracket etc

Type	Break the intensity /Mpa=>	Break extension rate /%=>	Wearing and tearing /mm 3 <=	Hardness/( o )+10 -5
Performance before wearing out	14.0	400	250	60
Performance after wearing out	12.0	340	-	65

Major variety and oil resistance indicatrix:

Type of Acid or Alkali	Concentration	Type of Acid or Alkali	Concentration
Hydrochloric Acid	20%	Carbonic Acid	Any Concentration
Nitric Acid	10%	Sulfurous Acid	Any Concentration
Sulfuric Acid	20%	Acetic Acid	Any Concentration
Boric Acid	40%	Severe Acid	Any Concentration
Phosphoric Acid	40%	Caustic Potash	Any Concentration
Ar senic Acid	Any Concentration

Classification	Immersion solution	Density	Soaking condition TemperatureXtime	Soak the rate of change of front and back performance
Classification	Immersion solution	Density	Soaking condition TemperatureXtime	Volume expansion rate	Change rate of strength
A₁	HCL	18%	50°C×96h	+10% Following	-10% within
A₂	H₂SO₄	50%	50°C×96h	+10% Following	-10% within
A₃	N_aOH	48%	50°C×96h	+10% Following	-10% within