APRON FEEDER MANUFACTURER

Experience - Dependability - Quality - Longevity

features

Specifications - Features - Materials

Apron Feeder Specifications

  • Variable speed drives, hydraulic or VFD with speed reducer
  • Up to 120" (3048mm) wide apron pans
  • Chain size D4 to D10 equipment track chain

Apron Feeder Features

  • Heavy duty steel frame
  • Reliability and ease of maintenance are a feature of IEM apron feeders
  • Cast manganese pans are standard
  • Special welded steel pans are available
  • Reversible segmental steel sprockets with hardened teeth
  • Chain support rollers are heavy equipment track rollers
  • Carry rollers can be changed without need to raise chain
  • Hopper, spile bars, discharge chute and dribble conveyors are available
  • Head and tail shaft split pillow block housings with double row spherical bearings

Apron Feeder Materials

  • Coal
  • Copper
  • Diamond
  • Gold
  • Lead
  • Molybdenum
  • Nickel
  • Pot Ash
  • Zinc

For all drawings, we focus on the details. We take the time
to analyze every detail right down to the smallest bolt.

APRON FEEDER PROJECTS

Material Project Location Length Capacity
Copper Oyu Tolgoi Mongolia 11 m 6945 t/h
Copper New Gold British Columbia, Canada 12 m 800 t/h
Copper Mt Milligan British Columbia, Canada 11.25 m 4650 t/h
Zinc / Lead Condumex Mexico 7.1 m 3630 t/h
Potash Potash Corp Saskatchewan, Canada 7.1 m 1088 t/h
Copper Phelps Dodge Morenci, Arizona, USA 10.6 m 3600 t/h
Gold TECK-Pogo Inc. Alaska, USA 11.97 m 220 t/h
Diamonds De Beers Canada Northwest Territories, Canada 8.1 m 545 t/h
Nickel Vale Inco Voisey's Bay, Labrador, Canada 8.2 m 521 t/h
  • 1. Copper »
  • 2. Copper »
  • 3. Copper »
  • 4. Zinc / Lead »
  • 5.Potash »
  • 6. Copper »
  • 7. Gold »
  • 8. Diamonds »
  • 9. Nickel »

1

Oyu Tolgoi

MONGOLIA

  • MATERIAL:Copper
  • LENGTH: 11 Meters
  • CAPACITY: 6945 t/h

2

New Gold

British Columbia, Canada

  • MATERIAL: Copper
  • LENGTH: 12 Meters
  • CAPACITY: 800 t/h

3

Mt Milligan

British Columbia, Canada

  • MATERIAL:Copper
  • LENGTH: 11.25 Meters
  • CAPACITY: 4650 t/h

4

Condumex

Mexico

  • MATERIAL: Zinc / Lead
  • LENGTH: 7.1 Meters
  • CAPACITY: 3630 t/h

5

Potash Corp

Saskatchewan, Canada

  • MATERIAL: Potash
  • LENGTH: 7.1 Meters
  • CAPACITY: 1088 t/h

6

Phelps Dodge

Morenci, Arizona, USA

  • MATERIAL: Copper
  • LENGTH: 10.6 Meters
  • CAPACITY: 3600 t/h

7

TECK-Pogo Inc.

Alaska, USA

  • MATERIAL: Gold
  • LENGTH: 11.97 Meters
  • CAPACITY: 220 t/h

8

De Beers Canada

Northwest Territories, Canada

  • MATERIAL: Diamonds
  • LENGTH: 8.1 Meters
  • CAPACITY: 545 t/h

9

Vale Inco

Voisey's Bay, Labrador, Canada

  • MATERIAL: Nickel
  • LENGTH: 8.2 Meters
  • CAPACITY: 521 t/h

For 50 plus years, we’ve worked on numerous projects and a variety of materials we are committed to manufacturing durable high-performance equipment.

To Request Apron Feeder Answers

Please Contact Us
At sales@iem.ca

For An Apron Feeder Proposal, Please Fill Out Our Form

If You Prefer A Copy Of Our Apron Feeder Form, download this PDF.

TYPE:

FEEDER INFORMATION

Feeder From:

Feeder To:

Design Capacity:

MTPH (Normal)

MTPH (Max)

Drive Type:

MATERIAL

Description:

Bulk Density:

t/cu.m

lbs/cu.ft

Physical Characteristics:

Angle of Repose:

degrees

Moisture Content
Min/Max

Minimum %

Maximum %

Lump Size:

Max (P100)

Average (P80)

Material Temperature:

Deg C

Deg F

FEEDER & SKIRTS DIMENSIONS

Length of Feeder L =

mm

ft

Lift of Feeder H =

mm

ft

Width of Skirts W =

mm

ft

Length under
hopper A =

mm

ft

Length of
skirtboards B =

mm

ft

Bed Depth of
material D =

mm

ft

apron feeder form

OPERATING

Site Altitude

m

ft

Ambient
Temperature

-Deg C

Minimum

Maximum

-Deg F

Minimum

Maximum

Location:

Operating Schedule:

days/year

hrs/day

Life of Mine:

years

POWER SUPPLY

SPECIAL CONDITIONS

APPLICANT:

* Name:

*

Title:

Company:

Address:

Phone #:

Fax:

* E-mail:

*

DESIGN

LISTEN & ASSESS - FIELD KNOWLEDGE - SUGGESTION - MANUFACTURE

apron feeder design

1.

Document Needs &
Assess All Drawings

access field knowledge

2.

Access Field Knowledge
From Proven Application

Evaluation

3.

Evaluate All Requirements
If Needed Make Design Suggestions

Manufacturing

4.

Manufacture

For 65 Years, We’ve Worked On 75 000 + Drawings/Applications

APRON FEEDER MANUFACTURER

Our apron feeders are engineered for durability and reliability. They are designed for varying applications such as mining, quarrying, coal recovery and other mineral processing applications.

IEM apron feeders are robust in design and built for heavy loads and high impacts. We custom build our apron feeders based on material, capacity, load, and geometry. Apron feeders are built with heavy duty frames, track chains, and cast manganese pans.

Depending on the material and specifications, we design apron feeders that protect the chain and the rollers from material spillage.

Our apron feeders come with variable speed drives either hydraulic or with speed reducers & VFD drives. We have manufactured feeders with capacity up to 5,000 t/h and if required we can make them for higher capacities. They are built for heavy duty mining or port operations.

Our feeders extract materials with heavy load & possibly high impact from under a hopper or stockpile, to regulate the feed rate onto a conveyor or into a crusher.

IEM Apron Feeders are available in six chain sizes, 16 standard flight widths and an infinite range of lengths — all designed to meet a customer's application requirement.

As a company, we strive to offer high-performance material handling solutions based on the requirements of the application. We manufacture and fabricate apron feeders at our manufacturing facility. Our clients have direct contact with our project manager and decision maker. The strength of our product lies in the expertise of our technical staff, which is committed to providing the best equipment with excellent service.

Our team has experience in shipping large pieces of our apron feeder to anywhere in the world. We ship to remote worksites and deliver our apron feeder on time.

Our objective is to build robust apron feeders that are reliable, durable and easy to maintain.